3D Model
staticfigure106
Project Overview This project involved the comprehensive analysis of an engine cylinder designed in SolidWorks. The primary objective was to evaluate the structural integrity and dynamic behavior of the
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
3D Model
Non-Linear FEA structure & Buckling Analysis of part/assemblies; Bolt Pretension: Vessel lip seal or Gasket Compression & Integrity: FEA: ANSYS
Linear & non-linear FEA analysis on mechanical components and Modular steel/Aluminum structures; Non-linear Buckling analysis Fatigue, Random vibration, shock and harmonic analysis Contact vs Shared Topology
3D Model
staticfigure14
🏎️ Modal, Harmonic, and Transient Analysis on a Race Car Chassis In this project, I dynamically analyzed a race car chassis to understand its behavior under various vibration modes and dynamic loads.
Designer
Nagendra Singh
Piping Stress Engineer
multinational companies in the offshore and Oil & Gas sectors. I have been actively involved in the Stress analysis of FPSO, FNLG, and LNG carriers (Cryogenic lines). I have a B.Tech degree in Mechanical Engineering
Designer
naveenv5
Mechanical Design Engineer | CAD/ FEA/ CFD | Product Design | Solidworks.
practices, and simulation-driven insights to every project. My approach blends product-ready CAD, robust analysis, and clear technical communication—ensuring you receive solutions that are accurate, manufacturable
Skill
SimScale
functions. It has a finite element analysis module that allows for both nonlinear and linear dynamic and static analyses of different structures. The linear static analysis is able to calculate any displacement
Designer
minhajuddinq
FEA & Structural Simulation Engineer | ANSYS | Stress, Modal & Harmonic Analysis
essential. This includes analyzing stresses in structures, studying vibration behavior through modal analysis, and understanding how systems respond to different loads. I do not only run simulations but also
3D Model
Harmonic Drive Test Apparatus
Harmonic drive test apparatus Design and Analysis is composed of a motor actuator, a harmonic drive gear, and an inertial load. A test apparatus was designed to perform various types of experiments on
3D Model
Harmonic drive design and developments
Need of Harmonic drive are increasing in space application, weaponeering, telescopes, radar systems, antenna systems, humanoid robots, etc., Study of harmonic drive analysis such as determination of kinematic