3D Model
Optimize Fluid Flow • Reduce Pressure Loss • Improve Product Performance
identification 2. Meshing Parameters Tetrahedral / Hexahedral / Polyhedral mesh Local mesh refinement Boundary layer inflation Mesh independence study 3. Fluid Properties Fluid density (kg/m³) Dynamic viscosity
Service
I offer custom 3D mechanical design and analysis from concept to validation
performance goals.
What You’ll Get:
- Fully set-up ANSYS Workbench project (geometry, mesh, boundary conditions)
- Structural and fluid simulation results (stress, deformation, pressure, velocity)
- Contour
Service
I provide CFD analysis for complex internal flow problems, including tanks, mixers, rotating systems
flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces
3D Model
Thermal Material Selection | SOLIDWORKS Analysis
changed the peak by 0.004 C. The report includes native temperature plots, material properties, boundary conditions, analytical checks and mesh sensitivity. Interpretation follows the documented steady-state
Designer
AneesKhan
Mechanical Engineer | ANSYS FEA & CFD Specialist
complete simulation workflow including geometry preparation, material assignment, meshing, boundary conditions, solver setup, post-processing, contour interpretation, and technical reporting. I focus on
Designer
hamza_mahmood
Mechanical Design - 3D Modeling - Digital Prototyping - Analysis
the 3D digital prototypes in ANSYS in representative real-world conditions simulating the operating environment with boundary conditions. I can generate report for decision-making from the behavior that
3D Model
Static Structural Analysis of Heavy-Duty Conveyor Chain Assembly (SolidWorks Simulation)
stress distribution, and safety margins of the chain links and pins under operational loading conditions typically found in industrial conveyor systems. The analysis was conducted based on the von Mises
Service
I offer Finite Element Analysis (FEA) of mechanical components and structures
include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope may include:
• Review and preparation of CAD/FE geometry
Designer
SR_Engineering
Mechanical Design & FEA Consultant | Offshore, Marine & Industrial Engineering
Calculation → Professional report I focus on clear assumptions, traceable calculations, appropriate boundary conditions, load cases, results interpretation, and engineering conclusions rather than simply producing
Designer
siddharthb8
Mechanical CAD & FEA Engineer | 3D Modeling, Stress & Thermal Analysis
experience working with static structural, modal, and thermal simulations, applying proper boundary conditions, realistic loads, and material properties. I do not treat FEA as a “color plot exercise” —