Designer Chetan
Product Design, CAD Design & ANSYS Expert
ANSYS Autodesk Inventor CAD Design CATIA MSC Nastran Product Design PTC Creo Parametric Solid Edge
Designer Bharath
CAD Design, LS Dyna & OptiStruct Designer
Altair Hypermesh Automotive Design CAD Design LS Dyna MSC Nastran OptiStruct Stress Analysis Structural Analysis
Designer Armen
Fatigue and Static Strength, FEM Analysis & SolidWorks Guru
AutoCAD CAD Design CATIA Fatigue and Static Strength FEM Analysis MSC Nastran SolidWorks Stress Analysis
Designer Digvijay Gaikwad
CAE ANALYST
Abaqus Altair Hypermesh ANSYS CAD Design FEA Finite Element Analysis NX Nastran OptiStruct Structural Engineering
Designer rameshg
FEA Engineer
FEA/CAE Engineer with 15+years of expertise in Durability evaluation of structures through Finite Element method (FEM) Experience in Chassis system components durability and structures used in large earth moving off road machinery and...
Abaqus Altair Hypermesh ANSYS CAD Design FEA MSC Nastran nCode Project Planning Simulation Turbine Engineering
Designer prashantjt
Mechanical Engineering Professional with Solid Edge Experience
AutoCAD CAD Design Femap NX Nastran Google Sheets Google Workspace Microsoft Excel Solid Edge SolidWorks
Designer Anand_sdv
Mechanical CAD-n-CAE Engineer
2D & 3D Modeling Solidworks ANSYS APDL CAD Design CATIA MSC Adams MSC Nastran MSC Patran
Job FEA testing services
confidential information. Software Requirements: Use recognized FEA software like ANSYS, Abaqus, Nastran, LS-DYNA, capable of simulating nonlinear materials, contact, and large deformations.
FEA Finite Element Analysis FEA Analysis ABAQUS Ansys NASTRAN ANSYS Abaqus FEA Finite Element Analysis
Designer Ramish Durab Khan
Concept Design, 3D Design & COMSOL Multiphysics Guru
thermodynamics and automotive. Command over AutoCAD, Solidworks, Pro-E for modelling. ANSYS, ABAQUS, NASTRAN, PATRAN, ADAMS, SIMSCALE and SIMPACK. In addition, adequate skills in MATLAB, C++, JavaScript and
3D Animation 3D Animation Services 3D Design Services 3D Modeling 3D Rendering Services Abaqus ADAMS Aerodynamic Analysis Aerospace Engineering ANSYS Arduino Arduino Design AutoCAD Autodesk Inventor Automotive Design CAD Design CFD Analysis COMSOL Multiphysics Concept Design FEM Analysis Fluid Dynamics LabVIEW Machine Design MATLAB Mechanical Drafting Mechanical Engineer Mechanical Engineering Microcontrollers Model Making MSC Nastran MSC Patran PDF to DWG Conversion Prosthetics Design PTC Creo Parametric Simpack SimScale Simulation SolidWorks Spacecraft Thermodynamics Yacht & Marine
3D Model Linear Buckling Analysis on Corrugated vs Normal Plate Girder
purpose. The model was made in Autodesk Inventor and the analysis was done in Autodesk Inventor Nastran. For this analysis, following test parameters were used: Length = 10 m hw = 1000 mm t1 = t2 = 8 mm