Eventos Anais de eventos
COBEM 2023
27th International Congress of Mechanical Engineering
3D SCANNING APPLICATION TO IDENTIFY ASSEMBLY EFFORTS INFLUENCE ON A BRAKE BOOSTER
Submission Author:
Caleb Oliveira , SP , Brazil
Co-Authors:
Caleb Oliveira, Fernando Gentile, Leandro Cardoso da Silva
Presenter: Caleb Oliveira
doi://10.26678/ABCM.COBEM2023.COB2023-0430
Abstract
One of the industry's main challenges has always been to guarantee the product's quality, requiring increasingly technological innovations for this purpose. In this context, with the industry 4.0 advent, 3D scanning technology emerges, which has been standing out as an efficient tool in the geometry analysis of parts and components, its operation is based on a digitalization process that converts a real object into digital format. One of the devices that has received special attention is the brake booster, which can be deformed during the assembly process, negatively impacting its operation in the vehicle. This paper objective is to evaluate, through 3D scanning, the influence of assembly efforts on the brake booster geometry, for which a series of analyzes was carried out comparing the results with a 3D reference model (CAD). All assembly stages that presented significant efforts were evaluated, and a graphical methodology was developed to interpret the deformation deviations of the parts, generating a new tool for decision-making in the automotive industry. The results obtained were interesting and provided improvements in the brake booster manufacturing process, reaching the proposed objective. With this, it is possible to perceive that 3D scanning plays a fundamental role in guaranteeing the products quality and optimizing industrial processes.
Keywords
Brake Booster, Dimensional and Geometric Analysis, 3D Scanner, COMET 3D, Point Clouds
