Journal of Mechanical Design and Vibration
ISSN (Print): 2376-9564 ISSN (Online): 2376-9572 Website: https://www.sciepub.com/journal/jmdv Editor-in-chief: Apply for this position
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A Review of Automotive Brake Squeal Mechanisms
Journal of Mechanical Design and Vibration. 2013, 1(1), 5-9
has been cited by the following article(s) based on Google Scholar:
1
Abstract This research paper is concerned with the disc brake squeal problem for passenger
cars. The aim of the present research is developing a finite element model of the disc brake
assembly in order to improve understanding of the influence of Young's modulus on squeal
2
Local contact behavior and its interaction with the global dynamics of the system are at the
origin of innumerable contact issues concerning several different disciplines like tribology,
geophysics, vibration mechanics or fracture mechanics. When two elastic media are in
3
Abstract Squeal reduction of disc brake systems have been extensively investigated for both
academic and industrial purposes. However, most of the existing optimization designs of
squeal reduction are based on deterministic approaches which have not considered the
4
A hybrid uncertain model is introduced to deal with the uncertainties existing in a disc brake
system in this paper. By the hybrid uncertain model, the uncertain parameters of the brake
with enough sampling data are treated as probabilistic variables, while the uncertain
5
Abstract Automotive brake systems are always subjected to various types of uncertainties
and two types of random-fuzzy uncertainties may exist in the brakes. In this paper, a unified
approach is proposed for squeal instability analysis of disc brakes with two types of random-
6
This paper is concerned with the disc brake squeal problem of passenger cars. The
objective of this study is to develop a finite element model of the disc brake assembly in
order to improve the understanding of the influence of Young's modulus on squeal
7
Abstract Automotive brake squeal has become one of the major concerns in the automotive
industry. The researches on suppressing brake squeal are of great practical significances.
However, most of the existing researches have not taken into account the parameters
8
Abstract An imprecise probability approach based on evidence theory is proposed for
squeal instability analysis of uncertain disc brakes in this paper. First, the squeal instability of
the finite element (FE) model of a disc brake is investigated and its dominant unstable
9
ABSTRACT Â Vacuum pumps have been described as compressors for rarefied gases. Â
For more than twenty-five years the scroll compressor principle has been used in designing
vacuum pumps that do not rely on oil to provide their pumping action. Â The dry scroll
10
Abstract An experimental and numerical study was performed in this work to predict the
squeal instability when pad specimens having different surfaces rotating on a brake disc
specimen. The numerical results were consequently compared with the experimental results
11
Abstract In this work, the effect of the grooved elastic damping component on the friction-
induced vibration is investigated by using both experimental and numerical analysis.
Experimental results show that the Styrene Butadiene Rubber (SBR) with grooves on its
12
Abstract The present paper analyzed 6 brake noise indexes (or Squeal Indexes) in order to
assess the squeal produced by 4 different pad materials, which were subjected to
dynamometer tests in accordance with SAE J2521 test procedure. Regardless the rating
13
Abstract Experimental studies on the effect of grooved disc on tribological properties, and
vibration and noise properties are performed in two different contact configurations: ball-on-
disc and pad-on-disc configurations. Experimental results show that certain sizes of grooves