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1 – 2 of 2Reimund Neugebauer, Bernhard Müller, Mathias Gebauer and Thomas Töppel
The purpose of this paper is to show the innovative approach of manufacturing filigree and highly complex components by means of laser beam melting.
Abstract
Purpose
The purpose of this paper is to show the innovative approach of manufacturing filigree and highly complex components by means of laser beam melting.
Design/methodology/approach
The paper describes the unique geometric freedom of the laser beam melting technology and its possibility of quick, tool‐less production of complex components allow the manufacturing of functionally superior components in a short time.
Findings
Principally concludes the following: additive manufacturing proved to give superior properties to the component compared to conventional manufacturing methods.
Originality/value
This study provides context for the development and manufacturing of an individual heat‐transfer component for an electric‐driven formula race car.
Details
Keywords
Ruben B.O. Acevedo, Klaudia Kantarowska, Edson Costa Santos and Marcio C. Fredel
This paper aims to generate a review of available techniques to measure Residual Stress (RS) in Ti6Al4V components made by Ti6Al4V.
Abstract
Purpose
This paper aims to generate a review of available techniques to measure Residual Stress (RS) in Ti6Al4V components made by Ti6Al4V.
Design/methodology/approach
State of the art; literature review in the field of Residual Stress measurement of Ti6Al4V parts made by selective laser melting (SLM).
Findings
Different Residual Stress measurement techniques were detailed, regarding its concept, advantages and limitations. Regarding all researched references, hole drilling (semi destructive) and X-ray diffraction (nondestructive) were the most cited techniques for Residual Stress measurement of Ti6Al4V parts made by SLM.
Originality/value
An extensive analysis of RS measurement techniques for Ti6Al4V parts made by SLM.
Details