Theory Model for Ameliorative Airbag Based on Precision Airdrop

Liang Chun Li; Gang Huang

doi:10.4028/www.scientific.net/AMM.200.3

Paper Titles

Preface and Committees

Theory Model for Ameliorative Airbag Based on Precision Airdrop
p.3

The Multiple Linear Regression Model on Compression Strength of Corrugated Boxes
p.13

Research on Equivalent Cushioning Property and Design Idea of Overlay Combination Cushion
p.22

Design and Analysis of the Dismountable Frame Structure for Vacuum Container
p.27

Parametric Design and Multi-Objective Optimization of LCD Packaging Cushion Foams
p.32

The Dynamic Cushioning Property Analysis of Gasbag Packaging
p.37

Influence of the Environmental Packaging on Low-Carbon Logistics
p.42

A New-Type Package of Corrugation Paperboard Bracket on Electron Gun
p.48

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 200Theory Model for Ameliorative Airbag Based on...

Theory Model for Ameliorative Airbag Based on Precision Airdrop

Abstract:

Analyzed the ameliorative landing cushion airbag’s structure and cushion theory based on precision airdrop. Built its physics model and mathematics model using thermodynamics and engineering mechanics methods. Established the correlativity of the structural parameters. And then, validate the cushioning effect of the ameliorative airbag by computing the example. Summarized the analyzing and computing theories which to reduce the acceleration peak-value by ameliorating the structure of airbag, which offered a new route and theoretical basis for improving the precision airdrop security of dangerous and frangible goods.