Designer
Ravik83
I am a Mechanical Engineer based at Didcot, Oxfordshire and an design engineer. I provide support on
manufacturing, assembly and dis-assembly practices and principles. For FEA I can support in linear/non-linear, static and dynamic analysis, structural, buckling, thermal and fatigue analysis. For CFD I
Designer
SR_Engineering
Mechanical Design & FEA Consultant | Offshore, Marine & Industrial Engineering
Finite Element Analysis (FEA) Linear Static Analysis Nonlinear Analysis Stress and Deformation Analysis Buckling Assessment Fatigue Evaluation Structural Optimization Design Validation CAD Drafting & Engineering
3D Model
Press Power Screw
Design A detailed 3D CAD model of a Press Power Screw mechanism used to convert rotational motion into linear force. Includes main components: Power screw Nut Base Drive interface Ideal for: Mechanical engineering
3D Model
4-Axis Automated Welding System Design
maintenance Machine Features 4-axis motion system (X, Y, Z + Rotary Axis) Ball screw driven linear axes Linear guide rail system Servo motor driven positioning Automatic welding torch positioning Two independent
Designer
Marwan Shehata
Mechanical Design Engineer, R&D, SolidWorks
workflows -Automate designs, DriveWorks -Deliver PROFESSIONAL 2D Drawings -Simulation, static Linear/Non linear. -Rendering & Marketing tools like Composer/KeyShot
Designer
Reza Moradi
FEA|CFD|CAE Simulation and Programming
and fatigue. With rich experience in computer modeling of structures and the application of linear and non-linear (implicit and explicit) finite element codes and using advanced CFD tools in coupled with
Designer
lorenzos1
Mechanical Engineer specializing in FEA and CFD Simulation (SolidWorks & ANSYS)
Artificial Heart Linear Motor Simulation (Electromagnetic Analysis): Electromagnetic analysis and simulation to study the interaction between electric and magnetic fields inside a linear actuator, designed
Service
I will provide professional 3D CAD modeling and advanced FEA structural analysis
Structural Validation:
- High-quality meshing and pre-processing using Altair HyperMesh.
- Linear and non-linear structural analysis, crash simulations, and durability testing using Radioss.
- Identifying
3D Model
CAD Design of V6 engine
piston and crankshaft movement. The animation showcases the full motion cycle, highlighting how the linear motion of the pistons converts into the rotary motion of the crankshaft. This project demonstrates
3D Model
Piston
or hydraulic systems. Its function is to transform the energy of combustion or fluid pressure into linear mechanical movement. Applications: - Internal combustion engines (gasoline, diesel, ethanol, natural