Designer Srikanth07
FEA/CAE Engineer
End to end Simulation Workflow for Structural Integrity and Dynamic Performance of HVAC Systems, Industrial products & Heavy Structures using FEA Techniques -Linear & Nonlinear Static Analysis → For structural strength and deformation....
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 Precision Lifting Stage | Design and Structural Analysis
maximum resultant displacement, 71.6 MPa peak local stress at the upper bearing mounting and 1409.583 N base reaction. The report combines assembly views, native stress and displacement contours, component
3D Model Robotic Gripper | Topology Optimization and FEA
Mises stress and 0.02805 mm maximum displacement. The report compares baseline, optimized-solid and machined designs using native SOLIDWORKS stress and displacement contours, mass and stiffness comparisons
3D Model FEA Static Analysis | Steel Mezzanine Platform | SolidWorks Simulation
(6.2% of yield), max displacement 30.99 mm at deck midspan, primary structural members achieved FOS ≥ 3.0. Delivered full 13-page engineering report including stress, displacement and factor of safety
3D Model screenshot-1
Evaluating the frame's structural behavior, including displacement and stress distribution. 3. Verifying safety, where the maximum displacement was 8mm, confirming the frame was within safe limits as
3D Model Motor Bracket | SOLIDWORKS Vibration Comparison
41.1%, and reduced random-vibration RMS displacement by 48.4%. Deliverables include CAD revisions, native result plots, design comparisons and the technical report. Results use idealized supports, a simplified
Service I will perform CAESAR II pipe stress analysis with a technical report
engineering teams turn an agreed design basis into a traceable model, useful result tables and a technical report. My demonstrated piping work includes ASME B31.3, pressure and thermal load cases, support reactions
Pipe Stress Analysis ASME B31.3 Piping Engineering Pressure Vessel Design CAESAR II Mechanical Engineering 3D Design Services 3D Modeling
Designer gouthamk2
Piping stress engineer..... caesar ii, autocad, naviswork, nozzle pro
models, preparation of load cases, support modeling, equipment nozzle load evaluation and stress report preparation. Familiar with ASME B31.3, B31.4 and B31.8, API 610, API 650 and WRC nozzle assessment
3D Models API CAD Design CAESAR II NozzlePro Piping Flexibility Analysis Piping Stress Analysis Stress Analysis
3D Model Industrial Gantry — Three-Rail CAD Assembly and Structural FEA
Industrial gantry with three rails: mechanical CAD assembly and a representative static FEA displacement view from a completed engineering project. My work included the mechanical design, structural analysis
3D Model Polycarbonate Snap-Lock | SOLIDWORKS Nonlinear Contact Analysis
enclosure and evaluated insertion in SOLIDWORKS using a Makrolon 2405 nonlinear material curve, large displacement and frictional contact (assumed coefficient 0.20). Over 4.5 mm travel, the model predicts 11.19