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WINDSHIELD WIPER MECHANISMS DESIGN IN MECHATRONIC CONCEPT


ALEXANDRU CĂTĂLIN, POZNA CLAUDIU
UNIVERSITY “TRANSILVANIA” OF BRAƞOV, PRODUCT DESIGN & ROBOTICS DEPARTMENT

Issue:

MOCM, Number 13, Volume II

Section:

Issue No. 13 - Volume II (2007)

Abstract:

Determining the real behavior of the windshield wiper mechanisms is a priority in the design stage since the emergence of the computer graphic simulation. The paper attempts to analyze and simulate the windshield wiper mechanisms by using a complex virtual prototyping platform, which includes the following software: CATIA (realizing the 3D solid model), ADAMS/View (analyzing and optimizing the mechanical model), and ADAMS/Controls & MATLAB/Simulink (controlling the mechanism). For applying the design strategy, we considered a tandem pattern double-lever system, which is approached in the concurrent engineering concept, by integrating the control system in the mechanical model at the virtual prototype level.

Keywords:

windshield wiper mechanism, control system, dynamics, virtual prototype.

Code [ID]:

MOCM200713V02S01A0004 [0001719]


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