3D Model Crusher Mill Structural Simulation & Stress Analysis | SolidWorks FEA

SolidWorks FEA. The project focused on evaluating stress distribution, structural behavior, and deformation under applied loading conditions to assess design strength and mechanical reliability. Key features:

Designer preetij

Mechanical and Industrial Designer

simulation of models performing : • Stress analysis • Finite Element Analysis • Torque analysis • Deformation analysis • Flow Analysis • Structural Analysis . I can work on Ansys, Abaqus, Hyperworks, Solidworks

2D to 3D Modeling 3D CAD Design 3D CAD Translation Services 3D Design 3D Design Services 3D Modeling 3D Models of Machine Parts 3D Product Animation 3D Product Modeling 3D Rendering Services 3D Solid Modeling Abaqus ANSYS ANSYS Workbench Assembly Drawing Services Assembly Modeling Services CAD Design Design Engineering Services Display Design Electronic Devices FEA FEA Analysis FEA Finite Element Analysis Finite Element Analysis General Design Homeware Design Image to CAD Conversion Services Machine Design Mechanical 3D Rendering Mechanical CAD Design Mechanical Design Mechanical Engineering Part-to-CAD Modeling PDF to CAD Conversion Rendering Simulation SolidWorks SolidWorks Design Services SolidWorks Engineering Services SolidWorks Visualise Stress Analysis Structural Analysis Toys & Games Design

Skill Press Tools Design

setting, among other things. A capping press forms aluminum-based caps. A stamping press uses a die to deform metal, shaping or cutting it into shape. Press styles usually vary according to the end product,

3D Model Disc Brake Thermal-Structural Analysis (SOLIDWORKS + ANSYS)

stress on the disc 180.75 MPa vs 250 MPa yield (gray cast iron), minimum safety factor 1.20, max deformation 0.55 mm, contact pressure 6.37 MPa. Includes material assignment, meshing, heat flux and convection

3D Model DMG MORI LASERTEC 65 DED Hybrid System Integration (DED + CNC)

Deposition (DED) with 5-axis CNC machining. Conducted coupled thermal–structural FEA to evaluate deformation and optimize synchronization of additive and subtractive toolpaths. Developed and implemented

3D Model Knuckle Joint Analysis, linear static vs non-Linear (contact, material and geometry)

plasticity into account. non linear geometry take into account the stress redistribution due to the deformation.

Designer Srikanth07

FEA/CAE Engineer

Structures using FEA Techniques -Linear & Nonlinear Static Analysis → For structural strength and deformation. -Modal & PSD Analysis → For dynamic behavior. -Solver Calibration, Precision Meshing → Reflecting

3d - Deck preparation 3D Structural Modelling 3D Weld modeling Altair Hypermesh ANSYS ANSYS APDL Ansys Clasic ANSYS SpaceClaim Bi-linear Analysis Bolt Pre-load Calculation CAD Design Deck Preparation Drawings Detaild Analysis Report Displacement Report FEA FEA Finite Element Analysis harmonic analysis Heat Transfer Hyperview industrail products Linear Static Analysis Meshing Microsoft Excel Microsoft power point Modal Analysis Non-Linear Analysis PSD/Random Vibration Analysis Seismic Analysis Simulation Static Analysis Strength Analysis Stress Report Structural Suggestions Structure recomandations Thermal Analysis

3D Model Space Frame | Solidworks | Ansys Mechanical

Front and rear suspension loads - Torsional loading - Combined static loading cases - Structural deformation assessment - Von Mises stress distribution - Safety factor evaluation Key Features: - Full 3D CAD

Job static load simulation of a car door and b-pillar assembly

objective is to evaluate structural behavior under static loading conditions and assess stiffness, deformation, and stress distribution in critical regions. Scope of Work: Import and/or cleanup of provided

3D Modeling CAD Drafting 2D Drafting FEA CATIA V5 FEA Finite Element Analysis Mechanical Engineering 3D Modeling

3D Model Formula Student Front Wheel Hub Assembly Design & FEA Validation

validation under multiple load cases • Cornering, braking, and acceleration load analysis • Stress and deformation evaluation • Design optimization for strength and manufacturability Software Used: Autodesk Inventor