3D Model
Product Design: Development of a FRP bridge capable of withstanding a person load
The aim of the project was to design and prepare a weight optimized support structure. The support must withstand the weight of the team leader for 3 seconds without failure and without touching a reference ground level. Software: -...
3D Model
BMW Wiring Harness Loading and Unloading Fixture – Flex Suzhou
project lead, I was responsible for the mechanical design and structural optimization of a custom loading and unloading fixture for an automotive wiring harness assembly process. The fixture used a multi-cylinder
3D Model
Modular Oil Rig Structural Design & Fabrication Detailing
rig structure for oil & gas application. Scope included 3D structural modeling, load case development (wind and floor loads), and full structural analysis using STAAD.Pro to validate safety and performance
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Roll Lifting Device
completed detailed analysis of all of the mechanical loads applied to the lift during operation. After obtaining a detailed understanding of the reactionary loads on the system we modeled the current lifting device
3D Model
ROLL LIFT DESIGN
completed detailed analysis of all of the mechanical loads applied to the lift during operation. After obtaining a detailed understanding of the reactionary loads on the system we modeled the current lifting device
Designer
lupuwolf11
Civil Engineering, Construction & CAD Design Professional
Imposed Loads The weight of the floors and the imposed load of people and objects are supported by the floors and walls. These transmit the gravity loads to the foundations 2. Wind Loads Wind loads are determined
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knuckle joint
A mechanical knuckle joint is a robust connection used to join two rods under tensile or axial loads, commonly found in automobiles, linkages, and structural applications. In SolidWorks, it is designed
3D Model
Lowbed Trailer
strength, load capacity, and fabrication feasibility. The design includes detailed assemblies, precise component modeling, and a durable frame structure to ensure reliable performance under heavy loads.
3D Model
Dozer trap large febrication design work
barricade and structural steel design to withstand dozer impact loads, vibration, and continuous operation. The scope included modular steel members, load path analysis, and safe assembly suitable for constrained
3D Model
buckling-analysis-v2
This project involves performing a structural load simulation on a conical frame to evaluate its response to an applied remote force. The model was designed in Fusion 360, and simulation tools were used