Service
I offer custom 3D mechanical design and analysis from concept to validation
project (geometry, mesh, boundary conditions)
- Structural and fluid simulation results (stress, deformation, pressure, velocity)
- Contour plots, graphs, and engineering report (PDF format)
- Editable project
3D Model
FEA f1 car bumper
forces, and vibration loads. The analysis will help in understanding the stress distribution, deformation, and potential failure points of the bumper. Modeling: Geometry: The F1 car bumper geometry is
Designer
pramodalochank
Aerospace Engineer | CFD & FEA Expert | SolidWorks & ANSYS Specialist | Fast Turnaround
simulations (external flow, airfoils, missile bodies, UAVs) FEA/Structural simulations (stress, modal, deformation analysis) Clean technical reports with pressure/stress plots & design recommendations 🎯 Industries
Job
Plastic Injection molding design and manufacturing expert
fitment etc.
Suggest best gate/ejection/cooling strategy
Eliminate warping, sink marks, flash, deformation issues
Improve cosmetic finish (glossy white visible parts)
Ensure dimensional tolerance and
3D Model
Fall Protection Device, Simulation, and Stamping Die example
and design studies to optimize a stop cap/pawl design. The initial design started with 0.035" deformation at the tip upon loading. After a quick design study and before any final polishing was done, I
Designer
siddharthb8
Mechanical CAD & FEA Engineer | 3D Modeling, Stress & Thermal Analysis
tolerance-aware design, and engineering drawings, along with Finite Element Analysis (FEA) for stress, deformation, factor of safety, and thermal behavior. I focus on identifying weak points early, optimizing geometry
Designer
ROfori
Mechanical Design Engineer with over 5 years Solidworks/NX-Siemens/AutoCAD experience
assemblies, manufacturing-ready 2D drawings with GD&T, and CNC G-code toolpaths. I also run stress, deformation, and thermal analysis in ANSYS Mechanical and SolidWorks Simulation. Recent project work includes:
3D Model
Industrial Heavy-Lift Hexacopter Chassis Assembly
chassis mass: 3.87 kg (8% under budget) → Min safety factor: 1.78× at arm-to-socket junction → Max deformation under full payload: 2.1 mm at motor mount tip → Approved for CNC aluminium prototype fabrication
3D Model
Static Structural Analysis of Heavy-Duty Conveyor Chain Assembly (SolidWorks Simulation)
strength (850 MPa), confirming that the assembly operates at the elastic limit without permanent deformation. The study provides valuable insights for design validation, safety assessment, and optimization
Job
ANSYS Workbench/Mechanical
point
load cases for horizontal and inclined loading, for example 0°, 30° and 45°
results for deformation, displacement at padeye, stress, contact pressure/reaction force if possible
Deliverables required: