Tutorials

Linking ABAQUS and FORTRAN

Rahul
in FEM
9 6 Beginner
ABAQUS and FORTRAN are linked to execute User Subroutines such as VUMAT, UMAT, USDFLD, etc. You can find various versions of ABAQUS and FORTRAN Available. Here is the compatibility list: ABAQUS 2017 - Intel Composer XE 2013 or above, - Visual Studio 2010 or above v6.14 - Intel Visual Fortran 12.0 or above - Visual Studio 2010 or above One can download Student version of FORTRAN for free from here: https://software.intel.com/en-us/qualify-for-free-software/student
vumat fortran abaqus

How to change material in ansys(static structural 2)

vishal chhaya
in FEM
0 0 Beginner
This video is all about how to change the material of any geometry in Ansys workbench.
data material analysis structural static workbench ansys

Ansys WB moving heat source tutorial

S. B.
in FEM
4 2 Beginner
How to achieve a moving heat source with Ansys Workbench ? This tutorial shows how to achieve this goal (full APDL commands included!!!!!)
tutorial apdl source heat moving laser ansys

Ansys-Design modeler-3D curve

Amr Shaaban
in FEM
0 0 Beginner
Creating a 3D curve in Ansys-DM
model 3d ansys

Pinch tool in ANSYS - Tutorial

yogesh Rajput
in FEM
1 0 Beginner
In this video you can find the use of pinch tool in ANSYS for mesh
pinch mesh analysis fem fea ansys pinchtool

Fusion 360 Thermal Simulation of CPU Heatsink: Heat Transfer Analysis Tutorial

Engineering Juice
in FEM
7 0 Beginner
#Fusion360Tutorial #Fusion360Simulation #Fusion360ThermalSimulation Thermal simulation of a CPU chip which is attached to a heatsink in autodesk fusion 360. There is a CPU in red, attached to a PCB board and that is attached to the aluminum heatsink. A. Lets go to the simulation workspace first... B. Study materials- set materials C. Set Thermal Loads- Bodies- Select body of Chip D. Thermal load set in Watts for a consumer level CPU
transfer heat simulation 360 fusion

Simplification Surface and Surface Mesh

Maxime Chagnot
in FEM
4 0 Beginner
https://youtu.be/XQ0Q6M66ToM This tutorial shows you how to transform a multi-patches surface into a clean surface. With the surface simplification functionality, you can merge patches together and obtain a proper surface. Combined with the healing feature, you fill the small gaps and connect all the patches together. To verify if the surface you can offset it to see if it is fully healed. The final step is to open the SIMULIA Structural Model Creation application, to mesh the surface and see why is it useful to clean the surface first.
CATIA mesh patches transformation design shape generative 3dexperience catia

3D Bridge Truss |ANSYS (Workbench)|

Er. Gaya Prasad Kurmi
in FEM
2 0 Beginner
A truss is an assembly of beams or other elements that creates a rigid structure. In engineering, a truss is a structure that "consists of two-force members only, where the members are organized so that the assemblage as a whole behaves as a single object" #3dbridgetruss #Ansys16
ansys bridges

Ansys-Design of a Bolted Connection

Amr Shaaban
in FEM
0 0 Beginner
This tutorial covers the following: -Basic knowledge of bolted connections -Bolts' pretension -Contacts definition -Multi-zone and mapped face meshing -Assembly and working loads steps -Contact tools -Discussion on results.
connection bolted anlaysis static ansys fem

Introduction to Finite Element Method /CAE

Prasertsak Naksakul
in FEM
16 0 Beginner
Finite Element Method for product design and process improvement.
fluid improvement process cae analysis stress design fem

ANSYS

Eslam Shamso
in FEM
5 0 Beginner
https://youtu.be/Az4hPtSuVRI

How to do a static stress analysis in Fusin 360

Jakob Andersson
in FEM
4 2 Beginner
In this tutorial I will do a simple static stress analysis of a bolt. I will compare the result with my analytic value.
simulation stress 360 fusion autodesk

Topology Optimization in ANSYS

MechTasia
in FEM
2 0 Beginner
In this video tutorial, I will show you the complete process of running a Topology Optimization analysis in ANSYS. From this video tutorial will learn how to run a topology optimization analysis, design validation, and mesh recommendations for an optimized body to run a validation analysis on it.
printing 3d manufacturing additive spaceclaim optimization topology ansys

SOLIDWORKS Torque Simulation | Shaft Analysis | 3 Simulation Studies | Torque Simulation| CADable

Ibrahim Omer
in FEM
1 0 Beginner
In this tutorial, we'll learn basic static torque simulation in SOLIDWORKS 2020. First of all, we'll model a solid shaft with a rectangular plate and then we'll do simulation. Here, I have used Axis, Split Line features which will be used when we apply load (torque) on the shaft. Don't forget to add simulation add-in before making static simulation study. The simulation contains the following steps: 1) Define your Study (Static) 2) Assigning your Materials 3) Apply Boundary Conditions (Free Body Diagram) 4) Meshing the Model 5) Run the Analysis (Solve) 6) View the Results After completing the first simulation, I have created two more simulations by changing the position of the applied torque. Remember I have used same: a) Material b) Geometry c) Boundary Conditions d) Torque (100 N.m) e) Mesh Density The only thing I have change in simulation two and three, is the position of applied torque. And here you will see the difference. This difference is not so big but it is there. I have also shown true scale
cadable tutorials simualtion static solidworks2020 simulation torque solidworks

Introduction to Finite Element Analysis

Amr Shaaban
in FEM
4 0 Beginner
This session covers the following: -Survey on conventional analytical methods (Hand calculations) -Evolution of FEM (Historical background) -Definition of FEM and theoretical background -Different types of FE analyses -1D, 2D, and 3D elements -Model fidelity -Mesh controls -Steps of solving FE models -Pre-processing’s -Local and global systems -DOF’s concept -Formation of stiffness matrix -Matrix inversion and matrix transformation -Linking the knowledge with practical life
abaqus ansys fea fem
White Stratasys Logo White GrabCAD Logo
© 2024 Stratasys Inc.
ABOUT US
RESOURCES
SOCIAL
Streamline Pro
Control
Print
Shop
PARTNERS
COMMUNITY
Contact Us Website Terms of Use Software Terms of Use Privacy policy Trademarks Your Data on GrabCAD
The Computer-Aided Design ("CAD") files and all associated content posted to this website are created, uploaded, managed and owned by third-party users. Each CAD and any associated text, image or data is in no way sponsored by or affiliated with any company, organization or real-world item, product, or good it may purport to portray.