MODELING A COMPRESSION VALVE GEOMETRY OF A MONO-TUBESHOCK ABSORBER FOR A CONSTANT DAMPING FORCE
DUMA VIRGIL-FLORIN*, PERNEVAN MARIA**, BARGLAZAN MIRCEA***, PERNEVAN IOAN*** PH.D., LECTURER, AUREL VLAICU UNIVERSITY OF ARAD** ASSOC. PROF., AUREL VLAICU UNIVERSITY OF ARAD,*** PH.D., PROF., TECHNICAL UNIVERSITY OF TIMISOARA
Issue:
MOCM, Number 11, Volume I
Section:
Optimization Of Thermal, Hydraulic And Pneumatic Equipment
Abstract:
The purpose of this paper is to ascertain the variation of the compression valve interstice geometry versus the damper velocity, for a mono-tube shock absorber, in order to achieve the damping with a constant force.
Keywords:
shock absorber, damping force, compression, rebound, valve, flow rate, coefficient of discharge.
Code [ID]:
MOCM200511V01S02A0002 [0000336]
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