Machining of Lightweight Frame Components

Biermann, D.1, a; Weinert, K.1, b; Zabel, A.1, c; Engbert, T.1, d; Rautenberg, J.1, e

1)
Institut für Spanende Fertigung, Technische Universität Dortmund, Baroper Str. 303, 44227 Dortmund

a) biermann@isf.de; b) weinert@isf.de; c) zabel@isf.de; d) engbert@isf.de; e) rautenberg@isf.de

Kurzfassung

Lightweight frame components made of aluminum and load optimized connecting elements allow the reduction of weight and energy consumption as well as the increase of payload. Complex frame structures which nowadays can be designed and optimized with the help of modern simulation technologies require the use of adapted manufacturing technologies. Especially the flexible machining of single or limited products on the basis of common machining strategies is still inefficient and economically unacceptable. This article describes the development of adequate strategies for a high quality machining using simultaneous five-axis milling. Consequently, the machining of composite extruded aluminum profiles with continuously embedded steel-wire elements and the preparation of joining areas on nodes and commonly extruded profiles for innovative joining by forming processes have been analyzed.

Schlüsselwörter

Cutting technology, lightweight components, drilling, milling, reinforced aluminium

Veröffentlichung

In: Flexible Manufacture of Lightweight Frame Structures – Phase II: Integration, 2008, Switzerland, Weinert, K. (Hrsg.), ISBN 0-87849-385-9, S. 37-46