3D Model ball-bearing

races. The purpose of a ball bearing is to reduce rotational friction and support radial and axial loads. It achieves this by using spherical balls that roll between the inner and outer races of the bearing

Job FEA analysis of motorcycle helmet

hourly. Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets: Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin)

NASTRAN ABAQUS Finite Element Analysis (FEA) Ansys ANSYS Abaqus ANSYS FEA FEA Finite Element Analysis Prototype Design Engineering

3D Model Detailed design and analysis of a flyworthy UAV

Analysis (FEA) to validate the static structural integrity of the airframe under sustained physical loads. The project encompassed the complete mechanical lifecycle, from initial control surface modeling

3D Model Marine Gearbox Design

shaft layout, gear placement, and bearing selection. All shafts were analyzed under real operating loads, and appropriate SKF bearings were selected according to DIN standards. L10h life calculations, safety

3D Model Automatic Screwdriving & Cleaning Station | Indexing System

consistency and cycle time. Solution: 2-position indexing table with quick-change fixtures. Station 1 loads the part and cleans the mask using rotating ionized air nozzles. Station 2 performs screwdriving with

Designer Eranga

Gambit Designer

roof-mounted objects. Also, I did my research under the topic of "Effects of different roof shapes on wind loads acting on roof-mounted water tank"

3D Floor Plan Design 3D Modeling 3D Modeling ANSYS ANSYS Fluent CAD Design CFD Analysis CFD Simulation Engineering Civil Engineering Engineering Design GAMBIT Software PDF to DWG Conversion Revit Architecture Simulation Structural Engineering Tecplot Wind Engineering Consulting

3D Model cotter joint

joint used to connect two coaxial rods or bars rigidly, typically under axial tensile or compressive loads. It is also known as a socket and spigot joint. The joint consists of a socket on one rod, a spigot

3D Model 07. Front Lower Control Arm (A-Arm)

Front lower control arm (A-arm), engineered to manage dynamic suspension loads while minimizing unsprung weight. + The component utilizes a classic A-frame architecture essential for maintaining precise

3D Model Shipping Boxes for Rehabilitation Pulley

that could be easily aligned and secure the massive weights used by the pulley to avoid shifts in loads during shipping.

3D Model Robot-Arm(Suction-End Effector)

physical arm. Finally, I moved on to the simulation phase to verify the design's ability to withstand loads and to determine the required motor specifications