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
Designer
RidhIQ
Engineering Design -Finite Element Analysis - Multibody Dynamic - Machine Component Design
Design that include. • 3D modelling • Finite Element Analysis (Linear Static and Dynamic, Buckling, Modal, Non-linear static and Dynamic, Fatigue analysis, Multibody Dynamic) Other Engineering Skills • Engineering
Designer
SR_Engineering
Mechanical Design & FEA Consultant | Offshore, Marine & Industrial Engineering
Finite Element Analysis (FEA) Linear Static Analysis Nonlinear Analysis Stress and Deformation Analysis Buckling Assessment Fatigue Evaluation Structural Optimization Design Validation CAD Drafting & Engineering
Designer
walid_M
Mechanical engineering professional with Ansys
Includes: Structural Analysis • Stress analysis (linear & nonlinear) • Modal and vibration analysis • Fatigue life estimation • Buckling and stability assessment Thermal Analysis • Steady-state and transient
Designer
mohameda5141
Mechanical engineering student & cad designer
Mechanical Engineering Student | CAD Design & Engineering Analysis I offer 3D CAD design and engineering analysis services for mechanical and manufacturing parts. * 3D modeling and parametric design using
Designer
mridulmishra
3D modelling with static stimulation
designing and analysis. I have tested many products and machines with satisfactory results, by taking care of the mesh quality and mesh mapping. I have project experience for CFD&FEA steam flow analysis. I am
Designer
riteshm
I am a Mechanical engineer professional with CAESAR 2, ABAQUS and AutoCAD Software
4. Sleeper arrangement drawing. 5. master layout drawing. 6.Riser analysis report. 7. Crossing analysis design report. 8.Global buckling report. 9. On bottom stability report.
3D Model
Canopy
Static strength and a buckling resistance analysis of the canopy made of a metal profile measuring 40x15 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
Designer
richards