ANSYS, Inc. June 21, 2. • ANSYS Icepak Overview. • Sample Problem: Thermal analysis of electronics in downhole equipment. I want to learn ansys icepak, where can I get video help me if anyone knows. Contains proprietary and confidential information of ANSYS, Inc. and its subsidiaries and affiliates. iii. ANSYS Icepak Tutorials Step Additional Exercise.
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For the Beginner 1. Create a Support for the Box and Resize Cabinet Simplify – Level 2 Create a New Project 3.
Loading the Model 8. Creating a New Project Suppress Non-Essential Bodies Modeling the effects of Altitudes Keeping the Block Cool As cars become more complex, companies that manufacture the supporting electronic systems must make them reliable and safe.
where can i get video tutorials for Ansys Icepak ?
Save the Model 4. Define Primary, Compound, and Objective Functions Simplification into Icepak Objects — Level 3 For the Experienced User 1. Physical and Numerical Settings 9. A Super Assembly 8. Setting up the Multiple Trials 4. Generate Mesh with Zero Slack As cars become more complex, companies that manufacture the supporting electronic icepka must make them reliable and safe.
Integration with the ANSYS engineering portfolio gives you an unequaled design flow to analyze difficult issues including PCB warping, motor cooling and more. Minimizing Thermal Resistance Generate a Mesh 3.
Functionality Based Grouping Examine the Results 5. Non-Conformal Mesh for the hi-flux-comps Cluster 8.
Design Modeler – Electronics Generate a Mesh 6. Finned Heat Sink 2. Parametric Trials and Solver Settings Physical and Numerical Settings Engineers can rely on Icepak for an integrated electronics ciepak solution for electronic applications ranging in scale from individual ICs to packages and PCBs, up to computer housings and entire data centers.
A 15 Minute Exploration 8. Component Models Alternatives Physical and Numerical Settings 6.
ANSYS Icepack: Electronics Cooling Simulation
CAD Model Import Build the Model 6. Create a Zoom-In Model Set Physical and Numerical Values Loading the Model Define Parameters and Trials 9.
Zoom-In Physical and Numerical Settings Post-processing the Results Mesh and Model Enhancement Exercise 8. Generate a Mesh 2. Use of Parameterization to Optimize Fan Location 4. Save the Model Save the Model 3. Create a New Project Generate a Conformal Mesh 7. Generate a Mesh Microelectronics Packages – Compact models Component Filtration Alternatives Optimization in DesignXplorer