Indian Journal of Science and Technology

Open Access Open Access  Restricted Access Subscription Access

A Study on Air Flow Analysis of Compressor for Air Lumber Support Applied to Automobile Seat


Affiliations
1 Research Institute of Green-Car Technology, Kongju National University, Korea, Republic of
 

The present article is a study on flow analysis for compressor as an air producing apparatus for air lumber support applied to automobile seat. The compressor type for application is a swash plate pump where 4 EA of plungers are operated sequentially. After modeling of the product, working pressure for each part, flow direction, flow velocity, flux of fluid are derived for analysis. For this purpose, analysis is made by using Analysis finite element analysis program after 3D modeling of swash plate compressor used for air bag type of lumber support with CATIA V5 R18 program. Processes where 4 pumps are sequentially operated during 1 stroke, and flow velocity and pressure of air at that time are obtained from the piston for analysis. Based on this result, major design factor variables are derived to allow application upon design.

Keywords

Filling Fluid, Heat Pipe, Heat Radiation, Heat Transfer, Vehicle.
User

Abstract Views: 203

PDF Views: 0




  • A Study on Air Flow Analysis of Compressor for Air Lumber Support Applied to Automobile Seat

Abstract Views: 203  |  PDF Views: 0

Authors

Jae Ung Cho
Research Institute of Green-Car Technology, Kongju National University, Korea, Republic of
Key Sun Kim
Research Institute of Green-Car Technology, Kongju National University, Korea, Republic of

Abstract


The present article is a study on flow analysis for compressor as an air producing apparatus for air lumber support applied to automobile seat. The compressor type for application is a swash plate pump where 4 EA of plungers are operated sequentially. After modeling of the product, working pressure for each part, flow direction, flow velocity, flux of fluid are derived for analysis. For this purpose, analysis is made by using Analysis finite element analysis program after 3D modeling of swash plate compressor used for air bag type of lumber support with CATIA V5 R18 program. Processes where 4 pumps are sequentially operated during 1 stroke, and flow velocity and pressure of air at that time are obtained from the piston for analysis. Based on this result, major design factor variables are derived to allow application upon design.

Keywords


Filling Fluid, Heat Pipe, Heat Radiation, Heat Transfer, Vehicle.



DOI: https://doi.org/10.17485/ijst%2F2015%2Fv8i24%2F116983