3D Model FEA Model Aluminum Part under Load

was meshed, boundary conditions were applied, and deformation and shear stress distributions were obtained. The study demonstrated the maximum deformation of 0.062 mm and shear stress distribution up to

3D Model Titanium Canister

m underwater - 12,000 psi. For an application like this, it is essential to perform stress and deformation analysis.

3D Model NONLINEAR STRESS ANALYSIS OF SIDE ARM CHARGER

Objective was to carry out Nonlinear Static Stress analysis and to get the maximum stresses and deformation in individual components like Coupler Arm, Guide Roller & Pinion.

3D Model STRESS ANALYSIS OF TRANSFER PLATFORM

The Objective was to carry out Linear Static Stress analysis and to get the maximum stresses and deformation in individual components like Coupler Arm, Guide Roller & Pinion Cylinder

3D Model Bio Mechanical design and FEA

• To find out worst case for the implant. • To find out maximum deformation • To find out maximum stress occurring in the implant. • To find out critical points in implant where the maximum stress occurs

Skill Character Rigging and Animation

or 3D model so it can move. Without it, a character model will not be able to move around or be deformed, according to the needs of a project. With it, a character or object can have a fluid movement that

3D Model Granmax and Hilux EV Conversion Project (FEA)

several times to distribute stress points until the safety factor, stress-strain, and elastic deformation met the standard.

3D Model CAD MODELING AND FEA ANALYSIS OF FAN IMPELLER

The main purpose of this Analysis was to find out the maximum resultant deformation and stress values due to centrifugal loading when the complete assembly of fan impeller rotates with a certain rpm. Modal

3D Model Roller Machine

cylindrical forms. This versatile machine employs precisely engineered work rolls to apply controlled deformation to the workpiece, enabling the production of complex geometries ranging from perfect cylinders

3D Model Static Structural Analysis of Bike Crank Assembly

on Ansys Workbench. The Results calculated from this project were as mentioned below, 1. Total Deformation in Crank at the free end. 2. Maximum and Minimum values of Stresses at Geometry. 3. Fatigue Analysis