Designer
naveenv5
Mechanical Design Engineer | CAD/ FEA/ CFD | Product Design | Solidworks.
Simulation ⭐Static Structural Analysis ⭐Modal & Harmonic Analysis ⭐Crash or Failure Prediction ⭐Fatigue Simulation ⭐Thermal & CFD using STAR-CCM+ ⭐J-integral / Crack Propagation 3. Automotive Expertise
3D Model
Structural Design for a Manufacturing Facility with Overhead Cranes in Australia
The Challenge • The facility required support for overhead cranes, introducing high dynamic and fatigue-related loads • Structural performance needed to address both strength and serviceability, including
3D Model
Design and Analysis of a Hand Lever Shear Machine
Steel). Applied Factor of Safety (FoS) and Tresca Failure Theory for structural integrity. Performed Fatigue Analysis for both blade and handle using Goodman criteria to ensure long-term reliability. 3. CAD
3D Model
2d and 3d cad modelling, assembling and rendering
Analysis and 3D Animations in Solidworks. Simulation of 3D Models (Stress Analysis, Buckling Analysis, fatigue, and Heat Simulations in Solidworks and Ansys) Mold and Plastic Enclosure designs using Solidworks
Designer
hardik_makwana
Mechanical Design Engineer,Shaping Your Innovations And Concept
and motion Animations 3D animation Product validation (Stress, strain, deformation, thermal, flow, fatigue analysis) Mechnical design Product modeling I use Solidworks,Autocad,Catia,Keyshot and many other
Designer
Luis M.
3D Modelling, Industrial Design & Mechanical CAD Engineering Expert
engineer. I am an expert in mechanical design and fabrication. I can do complex jobs like stress, fatigue, dynamic analysis. Also, I can do more simple jobs like 3D modeling, drawings. I participated in
Designer
Zouari
Electro-mechanical engineering with SolidWorks experience
experience with CAD and FEM was during the graduation project titled Study and design of 4-point flexural fatigue benchmark. Now, I am here to contribute to the success of your projects
Designer
ahmeda6492
FEA Expert | Static • Dynamic • Optimization • Explicit | ANSYS Mechanical
Structural Analysis Explicit Dynamics (Impact, Drop Test, Crash) Modal, Harmonic & Transient Analysis Fatigue & Topology Optimization Design Validation & Failure Prediction Proven Results: Reduced weight while
Designer
Dharamendra Kumar
Solidworks composer, 3D Design & Drafting and Detailing Professional
structural design of these components to meet the design requirements. • Low-cycle fatigue (LCF) & High-cycle fatigue (HCF) calculation. • Identify and confirm model set-up and boundary conditions, execute
3D Model
Trolley Steel Structure and Mechanical Drives Design for Girder Crane
conditions, requiring a robust trolley structure. • High-Duty Cycle: Frequent loading cycles demanded fatigue-resistant design to ensure long-term reliability. • Space Constraints: The crane needed to fit within