Jekyll2026-05-07T03:51:24+00:00https://www.simulationhub.com/feed.xmlsimulationHub | Cloud based CFD simulation apps for designersimulationHub is easy-to-use cloud based CFD apps for designers and works from mobile, tablets and desktop devices.Understanding and Mitigating Hydrodynamic Noise in Valves Using Autonomous Valve CFD2026-04-21T22:51:54+00:002026-04-21T22:51:54+00:00https://www.simulationhub.com/blog/mitigating_noise_using_avc
Blog Author - Joel Mammen
Written by Joel Mammen
@JoelMammen
Approximately
5 Minutes Reading
Approximately
5 Minutes Reading
Industrial control valves now operate under higher flow rates and pressure drops as energy demand rises in water, power, chemical, and process industries. Pushed closer to their limits, valve noise generation has become unavoidable rather than incidental.
Why is noise in valves becoming an issue?
Valve noise is an unavoidable result of energy dissipation, as flow energy converted across control valves generates acoustic energy. With plants operating continuously at higher loads, valve - generated noise is now a critical design constraint.
Stricter safety regulations, higher maintenance costs, and growing reliability expectations make early valve noise control essential in modern plant design.
Consequences of noise generation and Why we care
Valve noise is not just an environmental or comfort issue — it has direct technical and economic consequences. Excessive noise often indicates adverse flow conditions such as cavitation or flashing.
High valve noise can lead to:
  • Hearing damage to plant operators
  • Excessive vibration and piping fatigue
  • Accelerated erosion of valve trims
  • Non - compliance with OSHA and international noise regulations
In many plants, control valves contribute significantly to the overall plant noise, making their acoustic performance a critical factor during valve selection and operations.
Types of noise generated in valves
Noise generation in control valves is commonly classified into three types:
  • Mechanical noise – caused by vibration of valve components
  • Aerodynamic noise – predominant in gas or vapor flows
  • Hydrodynamic noise – predominant in liquid flow
Among these, hydrodynamic noise is the most common and damaging in liquid service control valves, making it a primary concern in valve design and application.
Sources of hydrodynamic noise in valves
Hydrodynamic noise in valves primarily arises from the following mechanisms:
  • Turbulent flow
  • Cavitation
  • Flashing
  • Flow‑induced mechanical vibration
Among these, cavitation is the dominant source of excessive noise and vibration in liquid service control valves, often leading to performance degradation and accelerated component damage.
Methods to predict hydrodynamic noise in valves
Traditional hydrodynamic noise prediction methods rely on empirical correlations derived from experimental testing and standardized procedures.
- VDMA 24422
The standard provides separate formulations for cavitating and non-cavitating flow conditions and is used to calculate the Acoustic Power (LA) using the following inputs:
- IEC 60534-8-4
IEC 60534-8-4 predicts the external A-weighted sound pressure level, typically measured 1m downstream of the valve, using the following inputs:
While both methods are well established, they provide limited visibility into the actual noise generation mechanisms within the valve, offering little insight into which internal flow regions dominate acoustic emission.
Using CFD to predict hydrodynamic noise in valves
Computational Fluid Dynamics (CFD) offers a physics‑based approach to predicting hydrodynamic noise by resolving pressure, velocity, and turbulence fields within control valves. Unlike empirical methods, CFD enables direct correlation between noise generation and internal flow phenomena. Multiple acoustic modeling techniques can be coupled with CFD to estimate valve noise and identify dominant noise‑producing regions.
CFD-based acoustic modelling approaches
Broadly, CFD‑based acoustic prediction methods fall into three categories.
Integral acoustic analogy methods, such as the Ffowcs Williams–Hawkings (FW-H), Curle’s analogy and Lighthill’s acoustic analogy, compute sound pressure by integrating pressure fluctuations over source surfaces, while CAA methods resolve acoustic wave propagation explicitly. Though accurate, these methods require highly resolved transient simulations and significant computational resources
Proudman model – a practical approach for valve noise prediction
For engineering applications, broadband noise models strike an effective balance between prediction accuracy and computational efficiency. Among these, the Proudman model is widely used for estimating hydrodynamic noise in control valves.
The Proudman model computes acoustic power directly from turbulence quantities, making it well suited for liquid service valves where noise is primarily turbulence‑driven—particularly near the vena contracta and cavitating regions. As a result, it effectively identifies zones of high noise generation within the valve.
Advancing Valve Design with Confidence
This CFD‑based approach enables engineers to visualize noise hot spots, compare operating conditions, and assess design modifications virtually, significantly reducing the need for early‑stage physical testing.
At simulationHub, we help valve engineers bridge the gap between design and real‑world performance. Our Autonomous Valve CFD (AVC) app is the industry benchmark for automated, high‑accuracy Cv, Kv, and Cdt curve generation. Beyond standard performance analysis, simulationHub also offers in‑house expertise for custom acoustic CFD studies, enabling valve designs optimized for maximum performance and minimum noise.
To explore this topic further, watch our webinar recording: Predict Valve Hydrodynamic Noise Using Autonomous Valve CFD.
Contact the simulationHub team to advance your valve designs with confidence.
Watch the Webinar Recording Book a Free Demo
Blog Author - Joel Mammen
Joel Mammen
Joel Mammen is a CFD support Engineer at Centre for Computational Technologies Private Limited (CCTech), Pune. He loves to work in fields physics and mathematics. Skilled in OpenFOAM, Fluent, C, MATLAB, CAD Modelling. He has completed his M.Tech in Thermal and Fluids Engineering from (Dr. BATU), Lonere, Raigad. His areas of interest are Heat Transfer, Fluid Mechanics, Computational Fluid Dynamics, Numerical Methods, Operation Research modeling. Driving and traveling, playing cricket and chess are his hobbies and he likes to explore historical places.
Blog Author - Joel Mammen
Joel Mammen
Joel is a Customer Success CFD Engineer at simulationHub, with hands-on experience in Computational Fluid Dynamics (CFD) across a variety of engineering applications, particularly in valves. With an Undergraduate Degree in Mechanical Engineering from VIT Chennai and formal training in CFD through ANSYS certification, Joel brings both technical depth and practical problem-solving skills to his role. He has also contributed to aerodynamics and CFD-focused work, including a research engagement with IIT Bombay, and is actively involved in delivering customer-centric CFD solutions. His experience enables him to effectively translate complex simulation problems, helping customers achieve reliable and optimized outcomes.
]]>https://www.linkedin.com/in/joel-mammen-3737b4232/From Sketch to Stitch with the Fabric Duct Design Suite2026-04-19T22:51:54+00:002026-04-19T22:51:54+00:00https://www.simulationhub.com/blog/fabric-duct-workflow
Blog Author -Angirekula Venu
Written by Angirekula Venu
@AngirekulaVenu
Approximately
2 Minutes Reading
Approximately
2 Minutes Reading
Designing high-performance Fabric/Textile duct HVAC systems today still involves fragmented workflows. Consultants handle calculations separately; layouts are created in CAD tools, and fabrication details are developed downstream. This disconnect introduces inefficiencies, repeated effort, and design uncertainty.
Consider Alex, an HVAC consultant. His workflow starts with spreadsheets for duct sizing and airflow calculations, followed by manual drafting in CAD. When architectural layouts change, the process often restarts - requiring recalculation and redrawing. This iterative loop is time-consuming and prone to errors.
The AHC-Fabric Duct Design Suite is designed to address this fragmentation by connecting the entire fabric duct project workflow within a single platform.
Chapter 1: The Contextual Blueprint
Alex begins within a 2D workspace that is purpose-built for HVAC design. Instead of working with abstract geometry, he defines the actual design context - walls, windows, occupancy, and furniture - along with textile properties that influence airflow behavior. This ensures that system design is aligned with spatial and environmental conditions from the start, reducing the need for downstream corrections.
Chapter 2: From Layout to 3D Intelligence
Using a library of prebuilt components, Alex assembles the duct system directly within the 2D environment. Automated snapping ensures accurate connections between elements, while parametric controls allow precise adjustments.
• 3D Duct Modeling - Creation of accurate, connected duct geometry with automated 3D generation from 2D layouts.
From this layout, the platform generates a true-to-scale 3D model instantly. This enables early visualization, improves coordination with architects, and removes the need for separate 3D modeling workflows
Chapter 3: CFD-Driven Performance Insights
Performance validation is integrated directly into the design process. Alex can evaluate airflow distribution, air throw, and velocity profiles using built-in analysis tools.
• Air Dispersion Design - Definition of airflow behavior based on spatial context, occupancy, and textile properties.
• Network Analysis - Evaluation of system-level airflow performance, including distribution of pressure, flow, and sound inside the fabric duct system.
• Sizing System - Evaluation and design of the complete fabric duct system using an integrated static regain sizing module, enabling efficient airflow distribution while simplifying the designer’s workflow.
• Air Throw Analysis - Assessment and optimization of air reach to ensure effective coverage and occupant comfort
With one-click simulations and interactive controls, he can quickly identify and resolve performance issues. This shifts validation from a late-stage activity to a continuous part of design development.
Chapter 4: The Path to the Factory Floor
Once the design is finalized, the designer can process this data directly to shop floor, and which can be used to upload to laser cut machines to manufacture the system with ease. This includes flat patterns, production drawings, and billing materials.
• Fabrication - Automated generation of flat patterns and production-ready outputs for manufacturing.
• BOM Takeoff - Instant extraction of bill of materials for costing and project planning.
By connecting design directly to manufacturing, the platform eliminates manual translation and ensures that the final output accurately reflects the validated design.
The Outcome
By the end of the process, Alex is no longer caught in cycles of rework and uncertainty. His workflow becomes streamlined and predictable, where every design decision is validated early and carried through with confidence to the final output.
AHC-Fabric enables this shift by connecting design, performance validation, and fabrication into a single continuous workflow. If you're looking to reduce inefficiencies and bring greater accuracy to your HVAC projects, it’s time to explore a more integrated approach
Explore the Fabric Duct Design Suite Book a Free Demo
Blog Author - Angirekula Venu
Angirekula Venu
Venu is a Team lead in simulationHub, a flagship CFD platform for Centre for Computational Technologies Private Limited (CCTech), Pune. He enjoys working on real-world problems and finding solutions for them using CFD. He is skilled with OpenFOAM, ANSYS Fluent, MATLAB, and python. He got his M.Tech in Chemical engineering from IIT Guwahati, with thesis work focusing on the numerical modeling of Multiphase flows in the microchannels.
Blog Author - Angirekula Venu
Angirekula Venu
Venu is the Team lead for the Solver Development team in simulationHub, a flagship CFD platform for Centre for Computational Technologies Private Limited (CCTech), Pune. He enjoys working on real-world problems and finding solutions for them using CFD. He is skilled with OpenFOAM, ANSYS Fluent, MATLAB, and python. He got his M.Tech in Chemical engineering from IIT Guwahati, with thesis work focusing on the numerical modeling of Multiphase flows in the microchannels.
]]>https://www.linkedin.com/in/angirekula-venu/Detailed and Flexible HVAC Modeling Workflow in Buildings AI2026-04-14T22:51:54+00:002026-04-14T22:51:54+00:00https://www.simulationhub.com/blog/detailed_hvac_canvas
Blog Author - Aaditya Ruiker
Written by Aaditya Ruiker
@AadityaRuikar
Approximately
5 Minutes Reading
Approximately
5 Minutes Reading
HVAC System Modeling Should Not Feel Outdated
In modern building design, HVAC systems directly impact energy performance, occupant comfort, and operational efficiency. Yet, modeling these systems often feels disconnected from how engineers actually work.
Traditional workflows are still tied to rigid system definitions, desktop-heavy tools, and interfaces that prioritize setup over usability. As systems become more diverse and projects need more nuanced, these limitations become harder to ignore. What engineers need today is not just more capability—but a better way to use it. Modern HVAC modeling should be visual, flexible, and aligned with real workflows.
The Problem with Conventional HVAC Workflows
Creating HVAC systems is challenging in itself; doing so efficiently and transparently makes it even more challenging. Many tools struggle beyond predefined structures. Templates help early on but lack flexibility, while fully custom setups become complex and hard to interpret. This creates a gap between speed and control.
As systems grow, understanding what has been modeled becomes difficult. Logic is often buried in layered inputs, making review and validation harder. Combined with repetitive setup and desktop-style interfaces, these workflows slow down decisions and reduce adaptability. The challenge is not just building systems—but building them in a way that stays clear, flexible, and efficient.
Introducing HVAC Canvas in Buildings AI
HVAC Canvas rethinks how HVAC systems are created and understood. Built within Buildings AI, it offers a visual environment to design, configure, and explore systems more intuitively.
Instead of relying only on static templates, it provides an interactive workspace where system logic can be shaped naturally. It supports both standard configurations and custom modeling needs across project stages. This is not just a system selector—it is a workspace combining flexibility and visual clarity in one workflow.
Go Beyond Templates with Flexible System Creation
While templates provide speed, real projects need flexibility. HVAC Canvas allows users to adapt and refine systems beyond predefined types.
This capability empowers users to move beyond fixed templates and build highly customized, bespoke HVAC systems that closely reflect real-world design intent. From standard setups to complex, project-specific configurations, the workflow supports a wide spectrum of system possibilities.
Start Fast with Templates
A strong starting point makes modeling efficient. HVAC Canvas includes templates inspired by ASHRAE-based configurations, allowing users to quickly set up common systems without starting from scratch.
This reduces setup time and improves consistency, especially for early-stage modeling and baseline creation. For users who prefer structure, templates provide a reliable and approachable foundation.
Visual Clarity and Easier Review
A major limitation of traditional workflows is poor visibility into system structure. HVAC Canvas introduces a visual approach where users can clearly see how components and system elements connect.
This replaces fragmented inputs with a more transparent view and improves system understanding, ease of review, and confidence in the model. For both creators and reviewers, a visual workflow reduces ambiguity and minimizes hidden errors. When systems are easier to see, they are easier to trust.
A Modern Web-Based Modeling Experience
Expectations from engineering tools are evolving. Teams now look for software that is intuitive, accessible, and aligned with modern workflows.
Desktop-first tools often introduce friction in usability and onboarding. As part of a web-based platform, HVAC Canvas reflects a more modern experience with a cleaner interface, reduced reliance on legacy patterns, and easier onboarding. The focus is not just functionality—but making modeling more accessible and efficient.
Expanding the Workflow with Component Libraries
HVAC Canvas is strengthened by Buildings AI’s growing ecosystem. The platform includes expanding libraries for HVAC components, building elements, and internal loads.
These reduce repetitive input and improve consistency across projects. Instead of redefining components, users can rely on structured, reusable elements. Together, the canvas and libraries create a more scalable and complete modeling environment.
Why It Matters for Engineers and Modelers
HVAC Canvas goes beyond interface improvements—it directly enhances how teams work. For energy modelers, it enables faster setup and clearer system definitions. For mechanical engineers, it offers greater flexibility to shape systems around real project intent without rigid constraints.
The workflow also scales naturally. Teams can start with standard system foundations, bring in components and loads, and refine systems as needed. This makes HVAC Canvas suitable for both quick starting points and advanced customization—supporting different levels of modeling maturity within one environment.
A More Modern Foundation for HVAC Modeling
HVAC modeling is evolving toward more flexible and connected workflows. HVAC Canvas reflects this shift by combining structured templates, flexible system creation, and a visual interface within a modern web environment.
Supported by reusable libraries, it delivers a more transparent and adaptable modeling experience. As systems grow more complex, tools that balance usability with engineering depth become essential. HVAC Canvas in Buildings AI moves in that direction—bringing clarity, flexibility, and efficiency into a single workflow.
Join our webinar to explore a smarter, more flexible approach to HVAC system design with HVAC Canvas in Buildings AI—combining visual modeling, structured workflows, and engineering precision in one platform.
Register for the Webinar Book a Free Demo
Blog Author - Aaditya Ruiker
Aaditya Ruiker
Aaditya Ruiker is a CFD support Engineer at Centre for Computational Technologies Private Limited (CCTech), Pune. He loves to work in fields physics and mathematics. Skilled in OpenFOAM, Fluent, C, MATLAB, CAD Modelling. He has completed his M.Tech in Thermal and Fluids Engineering from (Dr. BATU), Lonere, Raigad. His areas of interest are Heat Transfer, Fluid Mechanics, Computational Fluid Dynamics, Numerical Methods, Operation Research modeling. Driving and traveling, playing cricket and chess are his hobbies and he likes to explore historical places.
Blog Author - Aaditya Ruiker
Aaditya Ruiker
Aaditya Ruikar works As a Product Manager at CCTech, He is involved in developing and delivering high-fidelity technologies for various industries at affordable prices and plays role of domain expert. He also has a vision to make these technologies more accessible and user-friendly for better and efficient design outcomes.His interests lie in researching and simulating real world systems, particularly in the domains of engineering, physics and sustainable development. He likes to tackle challenges and work with others to find innovative solutions.
]]>https://www.linkedin.com/in/aaditya-ruiker/simulationHub announces the launch of Fabric Duct Design Suite in Autonomous HVAC CFD2026-03-25T22:51:54+00:002026-03-25T22:51:54+00:00https://www.simulationhub.com/blog/fabric-duct-launch
Blog Author - Praveen Kumar
Written by Praveen Kumar
@Praveen06816
Approximately
2 Minutes Reading
Approximately
2 Minutes Reading
simulationHub today announced the commercial launch of Fabric Duct Design Suite, a cloud-based platform purpose-built for fabric and textile HVAC duct manufacturers. The solution connects design, performance validation, and fabrication into a single workflow, eliminating fragmented tools and manual dependencies.
Fabric duct manufacturing typically involves multiple steps, from layout creation and sizing to airflow estimation and fabrication detailing. These are often handled across disconnected tools and manual calculations, with performance validation occurring late in the process. This leads to design uncertainty, rework, material wastage, and delays.
Fabric Duct Design Suite - Workflow Visualization
Fabric Duct Design Suite unifies this workflow within a single platform. It enables accurate 2D duct layouts with automated sizing, integrates CFD-based analysis to validate pressure drop and air throw before fabrication, and generates flat patterns, bill of materials, and production-ready outputs. This connected approach not only simplifies fabric duct workflows but also reflects a broader shift toward integrated design-to-manufacturing processes across HVAC systems, including GI duct applications.
One of our early adopters, Rohit Sarwade from Fabrisox, a leading Indian manufacturer of textile-based air dispersion ducts - shares his experience about the platform:
Rohit Sarwade - Testimonial
By reducing manual dependencies and enabling early validation, the platform helps achieve up to 30–40% reduction in design iterations, faster bid turnaround, and lower material wastage, while supporting standardized and scalable project execution. simulationHub further extends this capability through custom-built workflow solutions tailored to specific industry and enterprise requirements.
“With fabric duct systems, understanding airflow and pressure behavior early is no longer optional,” said Rohit Chavan - Business Unit Head, simulationHub. Fabric Duct Design Suite is now available globally via subscription, with enterprise customization options.
For more information,
Visit Fabric Duct Design Suite
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
]]>https://www.linkedin.com/in/praveen-r-kumar/Microfinish Valves accelerates valve design with Autonomous Valve CFD2026-03-24T04:30:00+00:002026-03-24T04:30:00+00:00https://www.simulationhub.com/blog/microfinish-valves-partners-with-avc
Blog Author - Praveen Kumar
Written by Praveen Kumar
@Praveen06816
Approximately
5 Minutes Reading
Approximately
5 Minutes Reading
This partnership marks an important step in transforming how Microfinish designs, analyzes, and validates valve performance — with greater accuracy, speed, and confidence.
About Microfinish Valves
Established in 1971, Microfinish Valves has become a trusted name in the global valve manufacturing and automation industry. With decades of engineering excellence, the company is widely recognized for delivering high-quality ball valves, bellows sealed globe valves, process pumps, gate, globe and check valves, along with pneumatic actuators and automated valve systems to industries worldwide. Microfinish is renowned for its product reliability, strong R&D capabilities, and consistent service to customers across international markets, including oil & gas, energy, chemical, and process sectors.
Over the years, Microfinish has achieved several key quality and compliance milestones, including ISO 9001 certification in 1994, API 6D certification in 1999, PED certification for the European market in 2002, SIL 3 compliance in 2009, and advanced fugitive-emission certifications such as TA-Luft, ISO 15848-1, and API 641. With growing demand for high-performance and low-emission valve solutions, Microfinish continues to invest in advanced design and validation technologies to streamline development, improve performance prediction, and accelerate time-to-market. This is where Autonomous Valve CFD plays a critical role.
About simulationHub and Autonomous Valve CFD
simulationHub is a cloud-based simulation platform developed to make CFD simulations accessible to engineers and designers worldwide.
Autonomous Valve CFD (AVC) is an AI-powered virtual flow loop testing app developed by simulationHub to accurately predict the valve flow performance parameters: Cv, Cdt, K, and σ at the design stage.
Autonomous Valve CFD Application
Autonomous Valve CFD
Why Microfinish chose Autonomous Valve CFD
In today’s competitive market, Microfinish needed strong technical support to enhance engineering innovation and reduce product development time and costs. Conventional testing and simulation methods are time-consuming, expensive, and demand specialized expertise, making scalability difficult.
With Autonomous Valve CFD, Microfinish can now generate detailed performance reports for its specialized valves in just minutes. The ability to test multiple design variations quickly and cost-effectively will allow Microfinish to enhance the quality of its products while reducing lead times.
With the support of simulationHub’s cloud-based simulation platform, Microfinish Valves is now able to:
  • Accelerate design iterations through fast, cloud-native flow simulations—eliminating delays from physical testing and complex in-house setups.
  • Improve design accuracy with high-fidelity, data-driven insights that closely reflect real-world valve performance and help avoid costly redesigns.
  • Enable engineers to run reliable CFD studies without needing deep simulation expertise, making advanced flow analysis accessible across the design team.
  • Shorten development cycles and bring new valve products to market faster with a smooth, end-to-end digital workflow.
With simulationHub, Microfinish is transforming its engineering process, delivering precision, speed, scalability, and measurable business value.
Looking Ahead
As Microfinish Valves continues to expand its global presence, simulationHub will play a strategic role in supporting its ongoing digital transformation journey. We are proud to enable Microfinish with advanced simulation technology and engineering expertise and look forward to the significant impact they will achieve through this collaboration
Welcome aboard, Microfinish!
Join the AVC Revolution!
If you're looking to optimize your valve designs with the power of CFD but don't have the expertise, Autonomous Valve CFD is here to help. Join the growing list of customers like Entech Controls who are leveraging Autonomous Valve CFD to take their valve design processes to the next level.
Contact us today to discover how Autonomous Valve CFD can benefit your organization.
Learn More About Autonomous Valve CFD
Get in Touch
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
]]>https://www.linkedin.com/in/praveen-kumar/Meet SimulationHub at ACREX India 2026: Showcasing Buildings AI and the AHC Fabric Duct Design Suite2026-03-02T22:51:54+00:002026-03-02T22:51:54+00:00https://www.simulationhub.com/blog/simulationhub-at-acrex-2026
Blog Author - Praveen Kumar
Written by Praveen Kumar
@Praveen06816
Approximately
2 Minutes Reading
Approximately
2 Minutes Reading
Discover the Future of HVAC Design and Building Energy Simulations at ACREX India 2026 - Hall 2 | IM07 (Imperial Hall)
The future of HVAC design and building performance modeling continues to evolve with the power of simulation and AI. At ACREX India 2026, SimulationHub will present its latest technologies aimed at helping engineers, architects, and consultants design smarter and more efficient buildings.
Visitors will get an opportunity to explore the newest capabilities of Buildings AI, our Agentic AI platform for building performance simulations on cloud. In addition, SimulationHub will introduce the AHC Fabric Duct Design Suite, a new solution designed to streamline the design and validation of fabric-based HVAC duct systems.
Join us at Hall 2, Booth IM07 (Imperial Hall) to see how simulation intelligence can accelerate HVAC design workflows and enable more efficient building systems.
1. Buildings AI: Agentic AI-Powered Building Performance Modeling
Buildings AI enables architects, engineers, and energy consultants to evaluate building performance through intelligent simulation workflows powered by the EnergyPlus engine. The platform supports HVAC load and energy simulations, LEED and ECSBC compliance workflows, and thermal comfort analysis. It also simplifies ASHRAE baseline creation and data center cooling optimization, helping professionals assess building performance quickly and with greater confidence.
2. Introducing the AHC Fabric Duct Design Suite
SimulationHub will also unveil the AHC Fabric Duct Design Suite, a unified platform built to simplify the design and manufacturing workflow for textile-based HVAC duct systems. The AHC Fabric Duct Design Suite addresses this challenge by bringing the workflow into a single environment. Designers can create 2D layouts that automatically generate BIM-ready 3D models, validate airflow performance during the design stage, and generate manufacturing-ready outputs such as DXF flat patterns and bills of materials. This integrated approach helps teams move efficiently from concept to production with fewer iterations and greater accuracy.
SimulationHub Software Feature Image
Event Details at a Glance
ACREX2026 - Meet Us Here
Why Attend ACREX India 2026?
ACREX India is one of South Asia’s most prominent exhibitions for HVAC, refrigeration, and intelligent building technologies. The event gathers global manufacturers, innovators, consultants, and industry professionals to explore emerging technologies and sustainable building solutions. From product launches and technology showcases to networking opportunities and expert discussions, ACREX India offers a unique platform to learn about the latest advancements shaping the HVAC industry. If you are involved in HVAC design, building performance engineering, or sustainable architecture, this is your chance to discover how simulation-powered intelligence can enable faster and more informed design decisions.
Join us at ACREX India 2026 in Mumbai and see how SimulationHub is helping professionals build smarter, more efficient buildings.
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
]]>https://www.linkedin.com/in/praveen-r-kumar/Meet Autonomous Valve CFD at IEW 2026 (Exclusive Offers Inside)2026-03-01T04:30:00+00:002026-03-01T04:30:00+00:00https://www.simulationhub.com/blog/meet-avc-at-iew-2026
Blog Author - Praveen Kumar
Written by Praveen Kumar
@Praveen06816
Approximately
5 Minutes Reading
Approximately
5 Minutes Reading
Furqan Khatri from Autonomous Valve CFD (AVC) Attending IEW 2026
Furqan Khatri, Technical Sales Manager at Autonomous Valve CFD (AVC), will be attending the 4th edition of India Energy Week (IEW 2026) from 27–30 January at the ONGC – Advanced Training Institute, Goa.
IEW is the premier event where global energy innovators and leaders connect, and simulationHub’s AVC is proud to be part of this forward-thinking platform.
How simulationHub’s AVC is Redifining Valve Design at IEW 2026
At IEW 2026, Furqan will showcase how simulationHub’s Autonomous Valve CFD (AVC) is transforming valve design and validation. Leveraging advanced CFD technology, AVC empowers engineering teams to push valve performance boundaries with faster, more accurate simulations—cutting redesign costs and speeding up go-to-market timelines. It’s a breakthrough for energy and manufacturing sectors focused on precision and efficiency.
Autonomous Valve CFD Application
Autonomous Valve CFD
Attending IEW? Connect with Furqan to Explore AVC
If you’re attending India Energy Week 2026, don’t miss the chance to meet Furqan and discover how simulationHub’s AVC can elevate your valve design process. Furqan will share insights on the latest CFD innovations, valve optimization techniques, and digital transformation in energy systems—showcasing how AVC and simulationHub enable smarter, more efficient engineering.
Plus, IEW attendees get access to an exclusive offers - available only through direct connection with Furqan at the event.
Exclusive AVC Offers for IEW Attendees
To celebrate IEW 2026, simulationHub is offering exclusive event-only deals on Autonomous Valve CFD (AVC).
Use code ( IEW-SH-2026 ) when you connect with Furqan or schedule a call to unlock special offers available only to IEW attendees.
Autonomous Valve CFD Application
Autonomous Valve CFD
Contact Furqan Khatri : furqan.khatri@cctech.co.in / +91-8655805155
Get in Touch
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
Blog Author - Praveen Kumar
Praveen Kumar
Praveen is a seasoned Product Marketing Manager at simulationHub, with over 15 years of experience in the field of Computational Fluid Dynamics (CFD). His expertise spans a wide range of applications, including Valves, HVAC, and more. As a Mechanical Engineer, Praveen has a solid technical foundation, complemented by a Post Graduate Certification in Product Management from IIM Indore. His extensive background allows him to bridge the gap between technical intricacies and market needs, helping businesses drive innovation and deliver impactful solutions.
]]>https://www.linkedin.com/in/praveen-kumar/Join Buildings AI Journey of Shaping the Future of Built Environments with Intelligent Simulation Technology2026-02-19T22:51:54+00:002026-02-19T22:51:54+00:00https://www.simulationhub.com/blog/join-buildingsai-journey
Blog Author - Aaditya Ruiker
Written by Aaditya Ruiker
@AadityaRuikar
Approximately
2 Minutes Reading
Approximately
2 Minutes Reading
Introducing Buildings AI: Intelligent Simulation in Your Browser
Buildings AI is a cloud-based whole building performance software that's reimagining how we design sustainable buildings. Running entirely in your web browser, it combines powerful energy simulation with AI-driven insights to accelerate the path to high-performance buildings.
What Makes Buildings AI Different
1. Seamless Integration with Your Workflow
Platform Used - Buildings AI - simulationHub
Buildings AI connects directly with the tools you already use. Effortlessly import architectural models into precise building energy models, ensuring smooth integration into your existing workflow. Create error free 3D building models from various sources, including Revit, AutoCAD Architecture, PDFs, FloorSpaceJS, or even from scratch using an intuitive sketcher tool.
2. Comprehensive Building Configuration

The Build module transforms imported geometry into simulation-ready models with:

  • Interactive 3D visualization with Autodesk platform viewer integration
  • 600+ predefined construction material assemblies
  • 150+ space types across 16+ building categories
  • Flexible zoning tools for HVAC load optimization
  • Real-time property editing and assignment
3. Sophisticated HVAC System Design

The HVAC module provides extensive system selection capabilities:

  • Chilled water and split air handling units (CAV and VAV)
  • Multiple terminal unit options: VRF, fan coil units, water source heat pumps, PTAC/PTHP
  • Advanced systems: active/passive chilled beams, radiant panels, unit ventilators
  • Comprehensive plant configurations for chilled water, hot water, condenser water, and VRF
Platform Used - Buildings AI - simulationHub
4. Powered by EnergyPlus

Both Load and Energy modules leverage the industry-standard EnergyPlus simulation engine, providing:

  • Accurate HVAC load calculations and equipment sizing
  • Detailed annual energy consumption analysis
  • Results viewable at facility, system, zone, and space levels
  • Support for ASHRAE 90.1 compliance modeling
5. AI-Powered Report Generation

Report Assitant revolutionizes documentation by generating detailed reports using natural language prompts. Simply ask for a "detailed load calculation report for simulation XXXX" and receive professionally formatted Word documents complete with:

  • Customizable branding (logos, colors, fonts)
  • Load calculations and ASHRAE 62.1 ventilation summaries
  • Flexible content arrangement based on your preferences
Platform Used - Buildings AI - simulationHub
6. Centralized Data Management
The DataHub serves as your project repository, organizing all input files, simulation results, and generated reports in one accessible location.
Platform Used - Buildings AI - simulationHub
7. Who Benefits from Buildings AI?

Buildings AI is designed for professionals shaping the future of sustainable buildings:

  • MEP Engineer performing load calculations and HVAC system design
  • Energy Modelers conducting ASHRAE 90.1 compliance analysis
  • Sustainability Consultants optimizing building energy performance
  • Architects exploring design alternatives early in the process
  • Building Design Firms seeking to streamline their simulation workflows
8. Our Vision: Shaping the Future of Sustainable Built Environments
At SimulationHub, we're committed to making intelligent simulation technology accessible to everyone involved in building design. Buildings AI represents our vision of democratizing whole building performance analysis, bringing powerful capabilities that were once limited to specialized experts into the hands of all design professionals.
We believe that by removing barriers to simulation and leveraging AI to accelerate workflows, we can collectively achieve more sustainable, efficient, and comfortable buildings at scale.
9. Real-World Applications

Buildings AI supports the entire building design lifecycle:

  • Early Design Exploration: Quickly evaluate multiple design alternatives to inform decision-making
  • Code Compliance: Generate ASHRAE 90.1 Appendix G performance rating method documentation
  • HVAC System Optimization: Compare system types and sizing to minimize energy consumption
  • LEED Documentation: Support LEED v5 energy modeling requirements
  • Design Development: Refine building envelope and system specifications based on simulation results
  • Construction Documentation: Generate detailed load calculation reports for equipment specification
10. The Technology Behind the Platform

Buildings AI leverages cutting-edge technologies to deliver performance and usability:

  • Cloud-Native Architecture: No software installation, accessible from any device with a browser
  • EnergyPlus Integration: Industry-standard simulation engine for validated results
  • Autodesk Platform Services: High-performance 3D visualization of building models
  • Large Language Models: Natural language interface for report generation and customization
  • JSON-Based Data Exchange: Structured, extensible format for interoperability
11. What's Coming Next

We're continuously expanding Buildings AI's capabilities with features on our roadmap including:

  • Conceptual and schematic design tools for earlier stage analysis
  • Thermal comfort and indoor air quality modules
  • Operational optimization features for existing buildings
  • Expanded integration with additional design platforms
  • Enhanced AI assistance throughout the workflow
Let's Connect: I Want to Hear from You

I'm reaching out to the building design and sustainability community because your insights, challenges, and requirements are essential to shaping Buildings AI's future.

I'm particularly interested in connecting with:

  • Engineers and consultants working on building energy simulation projects
  • Firms looking to streamline their HVAC design and load calculation workflows
  • Sustainability professionals pursuing net-zero and high-performance building goals
  • Organizations interested in ASHRAE 90.1 compliance modeling capabilities
  • Anyone passionate about leveraging AI and intelligent simulation in building design

Whether you'd like to:

  • Discuss your specific simulation challenges and requirements
  • Explore how Buildings AI might fit into your workflow
  • Share feedback on the platform's current capabilities
  • Anyone passionate about leveraging AI and intelligent simulation in building design
  • Collaborate on advancing building performance simulation

I'd love to schedule a conversation with you.

Book Time to Connect

Ready to discuss how Buildings AI can support your building performance goals? Let's have a conversation about your needs and how intelligent simulation technology can accelerate your path to sustainable design.

During our call, we can:

  • Discuss your current workflows and pain points
  • Explore Buildings AI's capabilities in detail
  • Answer any questions about the platform
  • Identify opportunities for collaboration
  • Discuss early access and pilot project possibilities
Schedule a Demo Call
Blog Author - Aaditya Ruiker
Aaditya Ruiker
Aaditya Ruiker is a CFD support Engineer at Centre for Computational Technologies Private Limited (CCTech), Pune. He loves to work in fields physics and mathematics. Skilled in OpenFOAM, Fluent, C, MATLAB, CAD Modelling. He has completed his M.Tech in Thermal and Fluids Engineering from (Dr. BATU), Lonere, Raigad. His areas of interest are Heat Transfer, Fluid Mechanics, Computational Fluid Dynamics, Numerical Methods, Operation Research modeling. Driving and traveling, playing cricket and chess are his hobbies and he likes to explore historical places.
Blog Author - Aaditya Ruiker
Aaditya Ruiker
Aaditya Ruikar works As a Product Manager at CCTech, He is involved in developing and delivering high-fidelity technologies for various industries at affordable prices and plays role of domain expert. He also has a vision to make these technologies more accessible and user-friendly for better and efficient design outcomes.His interests lie in researching and simulating real world systems, particularly in the domains of engineering, physics and sustainable development. He likes to tackle challenges and work with others to find innovative solutions.
]]>https://www.linkedin.com/in/aaditya-ruikar/Enter HVAC Hub: A Data-Driven Platform with OEM-Verified Data for HVAC System Selection2026-02-15T22:51:54+00:002026-02-15T22:51:54+00:00https://www.simulationhub.com/blog/enter-hvac-hub
Blog Author - Prathamesh Rathod
Written by Prathamesh Rathod
@PrathameshRathod
Approximately
2 Minutes Reading
Approximately
2 Minutes Reading
The Hidden Cost of Traditional HVAC Selection
Despite working in highly technical environments, HVAC equipment selection still relies on fragmented and manual discovery. A catalogue browsing culture that is incompatible with the precision needed in modern AEC environments. This created real business consequences:
  • Outdated information : Engineers lean on memory, legacy equipment, or obsolete spreadsheets lacking real-time performance data.
  • Sales dependencies loops : Finding solutions involves repetitive calls and trade expos, and endless follow-ups.
  • Manual submittals & data entry : Time-consuming and error prone.
This results in wasted billable hours. Missed high-performance solutions. Slower adoption of innovation. The industry must pivot from manual searches to a digital-first discovery model.
Enter the HVAC Hub: a data-driven selection platform that centralizes OEM-verified performance tables into a single engineering interface. Transitioning from vague "searching" to precise "matching" of system needs.
Visibility where it matters most
In AEC, timing drives the Spec-In Rate, designs lock at 50% CD, barring new OEMs without costly substitutions. Traditionally, this confines selections to familiar brands, sidelining innovative solutions. The HVAC Hub flips this dynamic by providing full visibility into all options during the flexible early design phase. Engineers can then prioritize technical performance creating advantages for both consultants and manufacturers.
  • Traditional Approach : Limited to big-name brands, overlooking innovative options.
  • Hub-Enabled Approach :: Comprehensive visibility from the outset, with decisions driven by performance metrics.
This performance-first shift highlights the Visibility Paradox: engineers can't specify superior, efficient solutions they're unaware of.
Visibility Paradox - Buildings AI - simulationHub
The Hub resolves this by foregrounding performance data, allowing smaller, innovative OEMs to compete on equal footing with industry leaders.
From system conditions to submittals
The Hub streamlines the workflow, bridging engineering requirements with professional deliverables and automating repetitive tasks to let engineers focus on optimization. The workflow is intentionally simple:
  • Define system conditions : Input project-specific parameters
  • Performance matching : Scan OEM-verified performance tables to identify the best equipment based on technical fit.
  • Instant deliverable : Produce submittal-ready outputs using manufacturer-configured data.
Direct OEM integration ensures accurate, compliant specifications and reduces underperformance risks.
Expanding the Technical Ecosystem
The strength of a selection platform depends on the diversity and depth of its ecosystem. We are actively expanding HVAC Hub categories across airside, waterside, and energy recovery solutions. If you are an OEM ready to move beyond catalogue-driven sales, improve early-stage specification visibility, & compete on verified performance.
Let's Talk
Join simulationHub as OEM Partners
Blog Author - Prathamesh Rathod
Prathamesh Rathod
He works as a Technical Sales Executive at simulationHub, with a strong foundation in engineering and mechanical principles, along with experience in solving customer challenges through hands-on technical support and high-value product sales. A graduate of COEP Technological University with a Bachelor’s degree in Manufacturing Engineering, he adopts a consultative sales approach to help engineering teams identify pain points and deliver tailored, value-driven solutions. At simulationHub, he has contributed to the adoption of Autonomous Valve CFD, enabling teams to make better, simulation-driven decisions, particularly in areas like valves and HVAC systems. His experience offers a unique perspective on the intersection of engineering, business, and customer behavior to drive impactful outcomes.
Blog Author - Prathamesh Rathod
Prathamesh Rathod
He is a Technical Sales Executive at simulationHub, with a strong foundation in engineering and mechanical principles. A graduate of COEP Technological University in Manufacturing Engineering, he takes a consultative approach to solve customer challenges and deliver value-driven solutions. He has contributed to the adoption of Autonomous Valve CFD, helping engineering teams make better, simulation-driven decisions across valves and HVAC systems.
]]>https://www.linkedin.com/in/prathamesh-rathod/Generative AI for HVAC Design & Documentation in Modern Engineering Workflows2026-01-29T22:51:54+00:002026-01-29T22:51:54+00:00https://www.simulationhub.com/blog/hvac-documentation
Blog Author - Aaditya Ruiker
Written by Aaditya Ruiker
@AadityaRuikar
Approximately
2 Minutes Reading
Approximately
2 Minutes Reading
The central argument is that Generative AI, specifically through agentic workflows, can serve as a design co-pilot to alleviate significant documentation burdens on HVAC engineers, enhancing productivity and efficiency.
The Modern HVAC Engineer Wears More Hats Than You Think
The role of a modern HVAC design engineer has quietly become one of the most demanding in the built environment. The title HVAC Design Engineer barely scratches the surface of the job's true responsibilities. It's a job that extends far beyond heat load calculations and system schematics, encompassing project management, legal compliance, and business strategy. This multifaceted role is exciting but demanding.
Modern HVAC Engineer
This growing complexity creates significant challenges, particularly when it comes to the critical, time-consuming process of documentation. Into this high-pressure environment steps a powerful new ally: Generative AI. This technology isn't here to replace the expert engineer, but to serve as a powerful co-pilot, poised to untangle the documentation bottleneck that throttles modern engineering projects and unlock new levels of efficiency.
The Documentation Bottleneck
Contract documents are not mere paperwork but the strategic backbone of the entire HVAC design life cycle. This foundational documentation serves as a critical guide for the client, the design team, and the commissioning agents who will ultimately validate the project's success. However, designers must constantly balance the agreed-upon design fee against the substantial time and expertise required to produce high-quality, detailed documentation.
Documentation Bottleneck - Buildings AI - simulationHub
Challenges in Crafting the Basis of Design
Generating high-quality documentation, particularly the initial Basis of Design (BoD), is filled with challenges that create significant bottlenecks.
Ambiguous Project Requirements: A common and significant hurdle is the informal or incomplete nature of the client's initial input. Often, engineers receive an Owner's Project Requirement (OPR) document that is vague, unclear, or communicated informally through conversations and emails. On international projects, this ambiguity can be compounded by language barriers, creating a poor and unstable foundation upon which the entire design process must be built.
Navigating Complex and Variable Compliance Codes: The landscape of codes and standards governing HVAC design is vast, intricate, and constantly changing. Expecting a single engineer to be an expert in every regional and international standard is unrealistic. A prime example is the state-by-state variation of the ASHRAE 90.1 energy efficiency code within the United States, where different states adopt different versions of the standard. This complexity introduces a significant risk of confusion and non-compliance.
Basis of Design - Buildings AI - simulationHub
Buildings AI Report Assistant - HVAC Documentation Copilot
Generative AI excels at synthesizing information from multiple sources (OPR, floor plans, technical documents) to form a holistic understanding of project goals. The Buildings AI Report Assistant acts as an HVAC documentation co-pilot and effectively processes informal inputs like lengthy email chains, minutes of meetings, and vague OPR documents. By analyzing these disparate sources, the Buildings AI Report Assistant generates a formal Basis of Design document. This structured output ensures that all of the owners' wants and needs—from energy efficiency targets to specific incentive goals—are clearly captured and can be validated before the design process truly begins.
Report Assistant - Buildings AI - simulationHub
The system can even handle multi-format inputs like PDFs, Word files, text files, and floor plans to build a complete picture.
Watch the full webinar for more details:
Why Your Project Needs a Team of AI Agents, Not Just One Chatbot
While general-purpose AI like ChatGPT is impressive, complex engineering tasks require a more specialized approach. The most effective systems use an agentic workflow—a team of specialized AI agents, each assigned a specific job, working in concert to produce a comprehensive result. This multi-agent approach divides the labour for greater accuracy and efficiency:
  • Context Agent : Its primary job is to read all provided documents (OPRs, meeting notes, floor plans) to understand the core design intent.
  • Research Agent : It takes the design intent and researches the relevant codes, standards, and regulations for the project's specific location and application.
  • HVAC System Expert Agent : This agent specializes in comparing different HVAC systems, weighing their pros and cons based on the project's unique constraints.
  • Drafting Agent : Once the research and analysis are complete, this agent assembles the final document in the user-requested format.
  • Critic Agent(s) :Before the document is finalized, it's reviewed not by one, but by a team of critic agents. Each critic checks the draft from a different angle—one validates it against the original OPR, another checks for compliance with researched codes, and a third assesses it against domain-specific knowledge. This multi-faceted review process is what makes the agentic workflow so robust. It leads to more efficient and accurate outcomes with a much lower risk of errors and "hallucinations" that can plague general-purpose AI tools.
Critic Agents - Buildings AI - simulationHub
Broader Applications Across the Design Lifecycle
The Basis of Design is just one of the applications of this powerful agentic AI technology. Generative AI's potential extends beyond the pre-design phase. The same core principles can be applied to streamline workflows across the entire project lifecycle, from initial concept to final commissioning. The webinar outlined a vision for its application in subsequent stages:
  • Schematic Design - System Selection : Analyzing technical brochures and floor plans to help select appropriately sized HVAC systems. Preliminary Load Calculations: Performing initial estimates based on building type, area, and climate zone.
  • Design Development - Automated Data Entry : Extracting component properties from technical brochures and inputting them directly into heat load calculation software. Contract Documentation: Assisting in the creation of RFIs, Bill of Materials (BOM), and Bill of Quantities (BOQ).
  • Construction Documentation - Anomaly Detection : Checking for conflicts between documents, such as a chiller's specified dimensions not fitting the allocated space on a floor plan. Rule Checking: Ensuring drawings and documents adhere to organizational standards.
  • Commissioning - Design Validation : Comparing as-built performance against the goals set in the OPR and BOD. Performance Analysis: Analyzing sensor data to confirm that client requirements have been met.
Conclusion : A Smarter Partnership for a Better-Built World
Generative AI is rapidly evolving as an indispensable partner for the modern HVAC engineer. By taking over the tedious, data-intensive, and documentation-heavy aspects of the job, it allows human experts to focus their time and energy on what they do best: high-level strategic thinking, creative problem-solving, and innovative design.
Take the Next Step: Start Your Free Trial or Book a Demo
Buildings AI is not just a tool; it's a complete solution that redefines the building energy modeling workflow.
Join the growing number of architects, engineers, and energy consultants who are transforming their workflows with AI-powered solutions. Sign up for a free trial and revolutionize your design-to-simulation process!
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Blog Author - Aaditya Ruiker
Aaditya Ruiker
Aaditya Ruiker is a CFD support Engineer at Centre for Computational Technologies Private Limited (CCTech), Pune. He loves to work in fields physics and mathematics. Skilled in OpenFOAM, Fluent, C, MATLAB, CAD Modelling. He has completed his M.Tech in Thermal and Fluids Engineering from (Dr. BATU), Lonere, Raigad. His areas of interest are Heat Transfer, Fluid Mechanics, Computational Fluid Dynamics, Numerical Methods, Operation Research modeling. Driving and traveling, playing cricket and chess are his hobbies and he likes to explore historical places.
Blog Author - Aaditya Ruiker
Aaditya Ruiker
Aaditya Ruikar works As a Product Manager at CCTech, He is involved in developing and delivering high-fidelity technologies for various industries at affordable prices and plays role of domain expert. He also has a vision to make these technologies more accessible and user-friendly for better and efficient design outcomes.His interests lie in researching and simulating real world systems, particularly in the domains of engineering, physics and sustainable development. He likes to tackle challenges and work with others to find innovative solutions.
]]>https://www.linkedin.com/in/aaditya-ruikar/