3D Model
Polycarbonate Snap-Lock | SOLIDWORKS Nonlinear Contact Analysis
peak von Mises stress, 0.710 mm transverse bending and a 5.81 nominal yield-screening ratio against a 65 MPa reference. Deliverables include parametric CAD, material definition, native stress and deformation
3D Model
FEA Static Analysis | Steel Mezzanine Platform | SolidWorks Simulation
max axial stress 15.55 MPa (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
3D Model
Motor Bracket | SOLIDWORKS Vibration Comparison
cases. Two integral ribs increased the first natural frequency from 152.90 to 239.75 Hz, reduced peak stress under the assumed 5 g shock by 41.1%, and reduced random-vibration RMS displacement by 48.4%. Deliverables
Designer
massimom1
Mechanical Engineer
the heart of every project I undertake. -Stress Analysis & Load Distribution Modelling (SAP2000) -Mechanical Engineering Calculations & MATLAB -Technical Report Writing & Engineering Research
3D Model
Steel Warehouse | Elastic Structural Analysis & Design Review
GA section geometry, an 8 m tributary width and 56 frame elements. Includes a 15-page calculation report, 17 load combinations, bending/axial/shear diagrams, service deformations, base action envelopes
Designer
ahmeda6492
FEA Expert | Static • Dynamic • Optimization • Explicit | ANSYS Mechanical
standard) with accurate stress prediction Simulated drop test with no plastic strain Deliverables: Full ANSYS model (.wbpj) Stress/Strain contours + deformation animation PDF report with mesh convergence
3D Model
Disc Brake Thermal-Structural Analysis (SOLIDWORKS + ANSYS)
Thermal - Static Structural analysis in ANSYS 2024 R2 over a full braking cycle. Results: max von-Mises stress on the disc 180.75 MPa vs 250 MPa yield (gray cast iron), minimum safety factor 1.20, max deformation
Service
I will perform ANSYS finite element analysis (FEA) and structural simulation
components and assemblies.
My services include:
• Static Structural Analysis
• Equivalent (Von Mises) Stress Analysis
• Total Deformation Analysis
• Safety Factor Evaluation
• Strain Analysis
• Contact Analysis
Designer
bcapehart
Mechanical Engineering, Onshape & Mechanical Engineering Designer
● Performed stress analysis for interior and exterior aircraft components on various aeronautical programs and detailed results in a professional report format. o Performed static stress analysis on the
Job
PLAXIS 3D Dynamic Footfall Analysis – Layered RC Slab (Consultant-Level Study)
This is not a basic static model. The objective is to produce a consultant-grade calculation report demonstrating that two different finishing systems exhibit no significant difference in structural