Designer
smabuzubiarkasif
Mech Eng. undergraduate student looking to participate in the Designing community
software: Abaqus and Solid Thinking. • Redesigned an existing bracket based on given boundary conditions and manufacturing conditions. • Using the analysis software the bracket was optimized for weight and strength
Designer
narendrat1
Mechanical & UAV Design Engineer | SolidWorks, Fusion 360, ANSYS FEA | Heavy-Payload Drone Structure
for autonomous multi-rotor aircraft: weight budgets, aerodynamic clearances, structural stress conditions, and Design-for-Manufacturing from day one — not CAD models that look good but can't be built.
Designer
Dharamendra Kumar
Solidworks composer, 3D Design & Drafting and Detailing Professional
fatigue (LCF) & High-cycle fatigue (HCF) calculation. • Identify and confirm model set-up and boundary conditions, execute analysis and post-processing of FEA results. • Participate in product design and development
3D Model
Thermal & CFD Simulation Analysis of an Oil-Jacketed Curing Reactor
domain (~1.288 million polyhedral cells), ensuring computational accuracy and boundary layer resolution. Boundary Conditions: Thermal oil inlet/outlet configured in a bottom-inlet/top-outlet scheme at a
Job
Finite Element Method (FEM) Homework Assignment – Simulation & Optimization of Chair Backrest
Apply a high-quality mesh (less than 1% tria elements, under 15,000 total elements).
Define boundary conditions and simulate two load cases (leaning and sitting).
Determine the weight of the backrest
Job
Mechanical Engineer for Complex CAD Design & Simulation Change Data
design decisions and trade-offs
Relevant dimensions, design requirements, materials, loads, boundary conditions, and assumptions
Final CAD and simulation files
The projects should represent T3-level
3D Model
Centrifugal Compressor & Turbine Design
behaviors can lead to premature bearing wear, shaft fatigue, or even catastrophic failure under certain conditions. By addressing forward and backward whirls through detailed rotordynamic modeling I can optimize
Skill
Autodesk Robot Structural Analysis
method, dynamic analysis solvers and a huge range of analysis capabilities. Next, there are boundary conditions and meshing including wind load simulation, auto-meshing and structural modeling, structural
Skill
MSC Patran
manual methods that give precise control and automated routines all the same. Analysis setup, boundary conditions, and loads can all be put together, helping to reduce the necessity of editing your input decks
Skill
Topology Optimization
uses math to optimize the layout of materials inside a certain design space. It is used for boundary conditions, work within a given number of loads and different constraints designed to maximize the way