Job
Topology Design and strength optimization
I have a part which is to be injection moulded and I want to reduce its weight and increase its strength drastically
Designer
Armen
Fatigue and Static Strength, FEM Analysis & SolidWorks Guru
Designer
Srikanth07
FEA/CAE Engineer
Nonlinear Static Analysis → For structural strength and deformation. -Modal & PSD Analysis → For dynamic behavior. -Solver Calibration, Precision Meshing → Reflecting accuracy. - Harmonic Analysis → To evaluate
Designer
BorisRighi
FEA / CAE Expert Engineer - Stiffness, Strength, Vibration, Crash, Impact, Optimization
10 years of professional experience in Finite Element Analysis (FEA), focused on solving complex engineering problems related to structural strength, stiffness, vibration, crashworthiness and topology optimization
Designer
Selcuk
Fatigue and Static Strength, General Design & Mechanical Engineering Specialist
working in the automotive, aerospace and consumer goods industry. Highly skilled in Finite Element Analysis, Engineering Management, Simulations and Modeling, Testing and Data Acquisition. Strong engineering
Skill
Structural Design and Analysis
Structural design and analysis is a process that is used to carry out a variety of different types of analysis on structures such as stiffness, strength, dynamic modes and responses, elastic stability
3D Model
Crusher Mill Structural Simulation & Stress Analysis | SolidWorks FEA
Performed structural simulation and stress analysis of a crusher mill structure using SolidWorks FEA. The project focused on evaluating stress distribution, structural behavior, and deformation under applied
Designer
Gemechu
Design Engineer, Simulation Engineer, Structural Strength and Vibration Engineer, Shock Analysis
I am a PhD-qualified engineer specializing in Computer-Aided Design (CAD) and Finite Element Analysis (FEA). With a strong foundation in engineering principles and extensive experience in advanced computational
3D Model
Nonlinear FEA Analysis - Automotive Suspension Structural Components
multi-axis race conditions (combined bump, 2.5g cornering, and emergency braking). Optimized for high strength-to-weight ratio and fatigue resistance.
3D Model
Aerodynamics & Composite Analysis of UAV - HSTD
# Aerodynamic and Composite Structural Analysis of UAV – HSTD The **CFD** velocity field plot reveals an aerodynamically optimized, streamlined body with well-aligned flow characteristics. The canard wing