Master Valve Flow Simulation with Autonomous Valve CFD | What You Need to Start This AVC 101 Course
Monday, July 13, 2026
Master Valve Flow Simulation with Autonomous Valve CFD | What You Need to Start This AVC 101 Course
By
Praveen Kumar
Blog Author - Praveen Kumar
Written by Praveen Kumar
Approximately
2 Minutes Reading
Approximately
2 Minutes Reading
Foundation course on Valve flow performance simulation using Autonomous Valve CFD (AVC). This course walks you through the fundamentals of valve flow analysis and shows how CFD-based simulation can replace or complement traditional physical flow loop testing.
What You'll Learn
  • Understand the CFD process to simulate flow in Valves
  • Predict the Valve Flow Coefficient (Cv) using CFD
  • Evaluate Valve Hydrodynamic Torque Coefficient (Cdt) using CFD
  • Discover how Autonomous Valve CFD can streamline your valve design verification and optimization process
  • Understand the physical flow loop test process and their challenges
Session 1: Course Introduction
• Course Introduction
Get an overview of what this course covers and how it's structured. This short video sets expectations for the topics ahead and helps you plan your learning path through the series.
Watch Video
• Steps to Activate AVC Free Trial Subscription
A quick reference guide to get your AVC free trial up and running. Follow these steps before diving into the hands-on tutorials later in the course.
Download File
Session 2: Valve Fundamentals
• Valve Flow Performance Parameters - Cv and Cdt
Learn what Cv (Flow Coefficient) and Cdt (Hydrodynamic Torque Coefficient) mean and why they matter for valve selection and performance evaluation. This video builds the conceptual foundation for the rest of the course.
Watch Video
• Methods to Evaluate Cv & Cdt - Flow Loop Test vs CFD Simulation
Compare traditional physical flow loop testing with modern CFD-based simulation approaches. Understand the trade-offs in cost, time, and accuracy between the two methods.
Watch Video
Session 3: Autonomous Valve CFD
• Autonomous Valve CFD (AVC) App Overview
A detailed walkthrough of the AVC application interface and workflow. See how the tool automates valve CFD simulation from setup to results, reducing manual effort significantly.
Watch Video
• AVC Tutorial: DN400 Triple Offset Butterfly Valve Flow Simulation
A step-by-step reference document for simulating a DN400 Triple Offset Butterfly Valve using AVC. Use this alongside the app to follow along with a real-world example.
Download Tutorial Steps Download CAD File
Ready to Get Started?
You've covered the fundamentals — now put them into practice. Go to the Course and start simulating valve flow performance with AVC today.
Go to the Course Explore AVC
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.
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