Designer Lee_Mechanical_Design
PhD Professional in Siemens NX CAD Design, FEA Simulation & Tooling Development
Element Analysis (FEA) and metal processing simulation using industry-leading solvers to predict deformation, stress, and thermal behavior. Design for Manufacturing (DFM): Proven ability to bridge the gap
3D Modeling Abaqus CAE ANSYS Fluent CAD Design Casting DEFORM Design for Manufacturing FEA Finite Element Analysis Hexagon simufact Mechanical Engineer Mechanical Engineering Mold Design ProCAST Siemens NX (Unigraphics) Simulation Surfacing Topology Optimization
Job Design Injection Molding
The first prototype (built with Meusburger components) used one central ejector pin, which risks deforming the very thin bottom. I therefore want to redesign the mold with a stripper plate/ring ejection
3D CAD Design 3D CAD Modeling Siemens NX (Unigraphics) Injection Molding Design Mechanical Design Services Product Engineering Services
Job Finite Element Method (FEM) Homework Assignment – Simulation & Optimization of Chair Backrest
factor against yielding. Task 3: Hand Calculation Perform a simplified hand calculation of deformation based on TM2 approach. Compare the hand calculation to the FEA result and explain any deviations
Hypermesh Simulation CATIA Engineering Documentation FEA Optimization Solidworks Stress Analysis SolidWorks Mechanical Engineering FEA Finite Element Analysis Mechanical Design Services Engineering Design
Blog Post 3D Scanning Services and Technology: How Companies Benefit in the Aerospace Industry
are unsurprisingly common in the aerospace industry. These incidents can lead to the fuselage deformation and other specific parts, such as the engine inlet lip. Timely maintenance and inspection are necessary
Designer Argyraspis
Mechanical Engineer, PhD
Experienced Design and FEA Engineer with a demonstrated history of working in the machinery sectors of PVD/CVD system applications, Coil Wound Heat Exchangers, Pressure Vessels, Industrial Steam Generators, Piping & Instrumentation, and...
ANSYS AutoCAD AutoCAD Plant 3D Autodesk Fusion 360 Autodesk Media & Entertainment Collection Autodesk Navisworks CAD Design CAD Design Assembly CAD/CAM CAE Analysis CAM CNC G Code Programming CorelDRAW CURA DEFORM FEA FEM Analysis Instrumentation Inventor – NASTRAN In-CAD LICAD LS Dyna Manufacturing Engineering Mechanical Engineer Mechanical Engineering MeshLab Microsoft Office NozzlePro ROHR2 SAP SolidWorks
3D Model Tube Crushing Simulation
using Abaqus to evaluate energy absorption and deformation behavior. The study included contact interactions, material plasticity, and large deformation under compression loading. Results provided insights
3D Model Square Aseptic Bottle
design was to prevent vacuum deformation after the product was sealed. Using simulations, I determined the best rib design and wall thickness required to prevent deformation.
Job FEA testing services
its performance under dynamic loads. Mesh: Use a refined mesh, especially in areas with high deformation, ensuring adequate density to represent the geometry accurately. Required Results: Include stress/strain
FEA Finite Element Analysis FEA Analysis ABAQUS Ansys NASTRAN ANSYS Abaqus FEA Finite Element Analysis
Designer Bojan
Mechanical Engineering, Automotive Design & SolidWorks Specialist
2015 - Project developing by making drawings / positions /details in SolidWorks - Design tools for deforming - Preparing drawing release, and bill of materials for all new/ re-designed parts - Static analysis
2D Drawing AutoCAD Automotive Design Bill of Materials CAD Design CATIA Design Engineer Dynamic Analysis FMEA Machine Design Mechanical Engineering SAP SolidWorks Static Analysis
3D Model 3-Wheeler E-Rickshaw Chassis | Modeling & Simulation
comprehensive engineering outcome. Key Findings: C-channel cross-section chassis exhibited the least deformation, lowest stress, and minimum weight across all tested materials. All chassis variants were confirmed