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How to do Structural Analysis of a Car Wheel in SOLIDWORKS?

Ahmed Sakib
in FEM
5 0 Intermediate
How to do Structural Analysis of a Car Wheel in SOLIDWORKS? @cadingal Learn..... How to assign gravity load? How to assign Force load? How to evaluate stress, deformation & factor of safety?
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ANSYS Meshing - Face Meshing

Bhushan chougule
in FEM
2 2 Intermediate
ANSYS Workbench Meshing - Face Meshing . #ANSYS #ansysworkbench #ansystutorial #ansysfluent #ansyscf Please subscribe for daily videos on CAD/CAM/CAE software tutorials and projects. This video is for educational purpose only.
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SOLIDWORKS Gear Box Simulation [ Bearing Load Analysis]

Ahmed Sakib
in FEM
1 0 Intermediate
Do Gear Box simulation with Solidworks. In this Solidworks simulation tutorial, bearing load static analysis study will be carried out on a gear box assembly. From this tutorial, you learn followings, - How to define bearing load in Solidworks? - How to define axial load? - Adding bonded contact - Evaluate stress and deformation in a gear box assembly.
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Structural analysis of Plier | Solidworks Pin Connection Simulation

Ahmed Sakib
in FEM
1 0 Expert
Static structural analysis of a plier will be done in Solidowrks simulation using solidowrks pin connection tool. The set of pliers shown below is used to tighten a bolt. It is desired to calculate the stresses when the process is just starting. The bolt provides a torsional stiffness of 200 lb.in/rad to the pliers. Forces to secure the grip and prevent slipping are applied to the handles. A couple of forces are applied on opposite faces of the handles to rotate the bolt. From this simulation tutorial, you learn..... How to define pin connections in Solidworks? How to define moment creating force? Evaluate pin shear and axial forces?
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ANSYS Meshing - Refinement

Bhushan chougule
in FEM
1 0 Beginner
ANSYS Workbench Meshing - Refinement, Local parameters . #ansys #ansysworkbench #ansystutorial #ansysfluent #ansyscfx Please subscribe for daily videos on CAD/CAM/CAE software tutorials and projects. This video is for educational purpose only.
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Solving Trusses in Ansys and Comparing with Analytical Results | FEA vs Analytical Results | CADable | CADable Tutorials

Ibrahim Omer
in Simulation & CAE
0 0 Beginner
Welcome back to CADable. I am Engr. Ibrahim Omer, and in this tutorial, we will undertake an interesting exercise that involves comparing analytical results obtained through Finite Element Analysis (FEA) with numerical results from Ansys. We will be working on the third chapter and third question of the popular book "FEA" by Saeed Moaveni. Throughout this tutorial, we will be focusing on a truss problem and comparing the results obtained from Ansys with the FEA solutions provided by Saeed Moaveni. This comparison will help us gain a better understanding and intuition regarding the accuracy of numerical FEA methods by contrasting them with analytical solutions. We will cover the following content in this tutorial: 1) Truss Definition: We will start by explaining what a truss structure is and its fundamental characteristics. 2) Truss Assumptions: We will discuss the qualifying assumptions made for analyzing a truss structure. 3) Truss Examples: On the basis of strength and design, we will explore different types of trusses, accompanied by real-life examples for better comprehension. 4) Ansys Solution: We will proceed to solve the truss problem in Ansys using the data provided in the question. This analysis will be explained in detail, with each step being thoroughly defined. I have also explained how to take one mesh per element. 5) Results Comparison: The results obtained from Ansys will be compared with the analytical solutions by Saeed Moaveni. We will focus on comparing: a) Directional Deformation b) Force Reactions c) Direct Stress d) Axial Forces 6) Error Estimation: An important aspect of the comparison will involve error estimation between the numerical and analytical results. We will calculate the error percentage, which is expected to be less than 0.01%. Throughout the tutorial, we will adopt a beginner-friendly approach, making it a valuable practice for those new to FEA. We encourage active participation and welcome any questions or queries in the comment section. I will be readily available to answer and clarify doubts. Remember, practice is key to mastery, so keep practicing as it leads to perfection. Please utilize the play-pause technique to make the most out of the tutorial. Let's dive in and get started on this enriching learning journey! Follow our Channel: https://www.youtube.com/c/CADable​​​
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Introduction to Solidworks Sheet Metal Simulation

Ahmed Sakib
in FEM
0 0 Intermediate
How to carry sheet metal simulation and analysis in solidowrks, learn all this in this video tutorial. How to define sheet metal thickness? How to evaluate stresses at bottom and top surfaces? 0:10 Outcomes 0:27 Download 3d cad sheet metal model 01:03 Define sheet metal thickness 02:17 Evaluate results 02:45 Evaluate stresses
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Wind load with Eiffel Tower in #Simulia #xFlow #paris

Hanen Bdioui
in Simulation & CAE
0 0 Expert
https://www.youtube.com/watch?v=K52-IPzDUUs
abaqus simulation analysis xflow simulia

SIMULIA 3DEXPERIENCE - Static Structural Analysis of Buckle Clip

Hanen Bdioui
in Simulation & CAE
0 0 Expert
https://www.youtube.com/watch?v=K60xNlVYh6U&t=2s
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