3D Model
Design, Thermal and Structural Analysis of An In bed Header and Tubes Assembly
temperature distribution effect on material strength during combustion. To approximate the Heat flux through tubes using thermal analysis. To approximate the structural strength under high pressure and temperature
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
Designer
vikasp4
Mechanical engineering known with autocad, fusion 360,
1. Design and Analysis Of Crane Hook With Different Materials. Successfully evaluated the performance of crane hooks made with various “High Strength Low Alloy Steel”, utilized SolidWorks and ANSYS for
Designer
pawec1
I’m an aerospace engineer with 7+ years of experience (landing gears, rotors, control systems, com
Conceptual design Mechanical engineering Simulations Engineering calculations Mechanical calculations Strength analyzis (including FEM) Fluid Mechanics (CFD analyzis, rotation parts) Rotating parts Crash systems
Designer
mechrosh
Mechanical engineer professional with expertise in Solidworks, Catia V5, Ansys and Star CCM+.
the passion of design, modelling and simulation. My strength area is thermal analysis, structural analysis and computational fluid dynamics analysis. I can do this in Solidworks, Catia V5, Star CCM+ and
Designer
Jonathan Savage
CAD Design | Drafting | Manufacturing Consulting
engineering schools. The year-long project solidified my years studying aspects of engineering design, analysis, testing, and manufacturing. Since then I have taken on multiple freelance projects, helping folks
3D Model
Cross-arm
Static strength and a buckling resistance analysis of a cross-arm with a load capacity of 2 tons is performed.
Designer
MekTek CAD-CAE
CAD and CAE
modelling and analysis in the domain of structural, flow, thermal and fluid-structure interaction. Our competency lies in realization of conceptual design into detailed model for analysis and existing design
3D Model
Canopy
Static strength and a buckling resistance analysis of the canopy made of a metal profile measuring 40x14 meters are performed. An analysis is made taking into account the maximum snow load that is typical
3D Model
Traveling crane
Static strength and a buckling resistance analysis is performed for the traveling crane, consisting of span beams, end beams and a trolley. Span – 20 m, load capacity – 45 tons. The case is solved in a