Mechanical Analysis and Structural Optimization to theTraining Device for Squatting

Heng Wen Zhang; Yue Shen

doi:10.4028/www.scientific.net/AMM.470.543

Paper Titles

Experimental Investigation of Influence of Normal Pressure on Rotational Friction Behavior
p.525

The Impact Analysis of Tire Parameter for Tire Wear When Monorail Vehicle Curve Driving
p.529

Inertia Parameters Identification of Motor Assembly for Electric Vehicles Based on Modal Test Method
p.534

Kinematics and Dynamics Analysis of Piston-Connecting Rod Mechanism of Internal Combustion Engine
p.539

Mechanical Analysis and Structural Optimization to theTraining Device for Squatting
p.543

Numerical Investigation of Static Strength for Tubular Joints Reinforced by Inner Plate
p.547

Research on the Dynamic Parameters Equivalent Model of Angular Contact Ball Bearings
p.553

Study on Engine Idling Torque and Speed Ripple Cancellation of HEV
p.559

The Impact of Suspension Stiffness Parameters on the Curve through Performance of Straddle Type Monorail Vehicle Based on Sensitivity Analysis
p.563

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 470Mechanical Analysis and Structural Optimization to...

Mechanical Analysis and Structural Optimization to theTraining Device for Squatting

Abstract:

As for squat trainer, acommon fitness equipment, we do mechanical analysis and structural optimization from manufacturing costs and safety. With physical structure analysis and intensity check, we have materials and structural optimization for the equipment. This analysis method can be extended to other fitness equipment.