3D Model
30. Shock Cartridge Hardware: Retaining Cover & Spacer
cartridge spacer is modeled as a heavy-walled cylinder, designed to endure extreme axial compressive loads without deformation when clamped inside a strut housing or acting as an internal travel limiter.
3D Model
universal-joint-assembly
are pressed into the yoke eyes. Industrial applications operate continuously and with high torque loads.
3D Model
crane-hook
A lifting hook is a device for grabbing and lifting loads by means of a device such as a hoist or crane. A lifting hook is usually equipped with a safety latch to prevent the disengagement of the lifting
3D Model
train project
The objective of this project was to model a wheel geometry capable of withstanding heavy dynamic loads and thermal stresses from braking, while minimizing unsprung mass. Special focus was placed on the
Designer
Islam Afifi
Structural Design Engineer
Reinforced Concrete & Steel Structures by various codes such as ACI, Euro, ECP, and BS and calculate loads by ASCE, IBC, UBC and Euro Codes.
3D Model
Project 2
the structural analysis of the structure under gravity loads only (dead & live loads) and I checked the capacity of the columns for gravity loads resistance according to ECP 203-2018 and ECP 201-2012.
3D Model
Stairs Analysis / Merdivan
deformation are identified, and the dimensions or geometry of critical components subjected to these loads are optimized or revised as necessary to achieve the targeted final performance criteria.
3D Model
PTFE Diaphragm Actuation Mechanism – FEA Analysis
structural integrity, equivalent (Von-Mises) stress distribution, and deformation under operational cyclic loads to ensure diaphragm durability.
3D Model
Mechanical Engineer | FEA & Structural Analysis Specialist
deformation, displacement, and factor of safety under realistic loading conditions. Defined materials, loads, fixtures, contacts, and mesh parameters, then evaluated critical stress regions and structural behavior
3D Model
Portal Warehouse Steel Structural Design
following the AISC 360-16 (American Institute of Steel Construction) and ASCE 7-16 (Minimum Design Loads for Buildings and Other Structures) standards. The design ensures optimal strength, stability, and