Autodesk Simulation TV is an informative resource to help customers get the most value out of their simulation tools. This tool provides a personal, scalable and on demand system to help gather technical information about the Autodesk Simulation portfolio. Our in-house simulation experts (the SIM Squad) will provide in-depth information on a variety of simulation topics from pre and post processing to meshing and best practices. The simulation tools covered here are: Autodesk Simulation Mechanical, Autodesk Simulation CFD, Autodesk Simulation Moldflow and Autodesk Simulation DFM.
Click www.autodesk.com/simulation-tv to go to the Simulation TV site.
Here is a list of the videos on Simulation TV. To watch a video, simply click the link.
o What’s New in Simulation CFD 2013
o CFD and the Factory Design Process
o CFD for AEC, MEP, and ESP Applications
o CFD for Industrial Machinery and Valves
o Forced Convection –Fan Cooling for Electronics
o Internal Flow – Flow through a valve
o Material Replacement – dealing with the Nylon 12 s
o Scripting in CFD – Optimizing Fan Speed
o Natural Convection – Passive cooling while hot air rises
o Leveraging Revit Data for Simulation CFD
o Performing a Radiation analysis in Simulation CFD
o Motion – How fluid moves a part
o 1 - General Overview
o 2 - Snap Fit
o 3 – Drop Test
o 4 – Thermal Comfort
o 5 – Injection Molding
o 1 - General Overview
o 2 – Random Vibration
o 3 – Thermal & CFD
§ Using Surface Variable Pressures
§ Leveraging Inventor parameters
§ Generating Plasticity Results
o Verifying Analytical Models in BIM360 Structural
o Performing Simplified Seismic Analysis in Robot Structural Analysis
o Using the Cladding Tool in Robot Structural Analysis
o Energy Analysis for Revit using Autodesk 360
o CFD for AEC, MEP, and ESP Applications
o Simplifying Revit Components for CFD
o Autodesk 360 Structural Analysis for Revit
o What’s New in Simulation Mechanical 2013
o Critical Buckling: The Forgotten Mode of Structural Failure
o Linear Static Stress: How much does my part bend?
o MES Nonlinear: Permanent Deformation
o Thermal Analysis: How hot will my part get?
o Thermal Stress: A parts reaction to changing temperatures
o Frequency Response – What happens when my part vibrates
o MES Contact – dropping your product
o Fatigue Analysis – Predicting your parts durability
o MES Contact: How moving parts interact?
o Gaining Competitive Advantage with Simulation Mechanical
o Differentiating Simulation Mechanical and Inventor Stress Analysis
o Learn how Simulation Mechanical can meet your analysis needs
o Comparing results with Showcase
o Creating cutting edge animations
o Simplifying and modifying a design
o Pressure vessel design and validation
o Random vibration – what happens to my part under random vibration?
o Response Spectrum analysis - what happens to my part under shock loads?