Product Information
- Author
- Herausgeber FKM
- EAN
- 4250697512522
- Edition
- 1999
- Delivery time
- next business day
Rechnerischer Festigkeitsnachweis für Bauteile aus Aluminiumwerkstoff
178.95 EUR *
Gesamtpreis: 178.95 EUR *
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Description
Rechnerischer Festigkeitsnachweis für Bauteile aus Aluminiumwerkstoff
FKM 1999
Booklet No. 241-2
Project No. 209
Abstract:
The basis for the strength verification of components made of aluminum material according to this guideline is the existing FKM guideline, 3rd edition 1998, for components made of ferrous material. Like the FKM guideline for ferrous materials, the guideline for aluminum materials also applies to mechanical engineering and related areas of industry. It enables the static strength verification and the fatigue strength verification, the latter depending on the load characteristics as fatigue or fatigue strength verification. It applies to wrought aluminum and cast aluminum - even at higher temperatures - and can be used for components manufactured with or without machining or by welding. The calculation can be carried out with nominal stresses, but also with local, elastically determined stresses in view of the stress analyses carried out with FEM and other methods. Since the calculation concepts are the same, the guideline for aluminum material is to be included in an intended 4th, extended edition of the FKM guideline for ferrous material. For the time being, however, the present report takes the form of a commentary section to which the actual text of the guideline is appended (Chapter 7, p. 147ff). The existing PC computer programs RIFEST (calculation with local stresses) and WELLE (calculation with nominal stresses) for components made of ferrous material can be extended with little effort so that they can also be used for components made of aluminum material. The aim of the project was achieved. Scope of report: Start of work: End of work: Funding body: Research centers: Chairman of the working group: Chairman of the advisory board: 156 pages including tables and figures 01.05. 1996 30. 06. 1998 BMWi / AiF No. 10677 B IMA Materialforschung und Anwendungstechnik GmbH, Dresden, Managing Director:
Prof. Dr. rer. nato C. Wegerdt, Dr.-Ing. W Hanel Supervisor: Dr.-Ing. Hänel, with the collaboration of Dipl.-Ing. G. Wirthgen Institute for Mechanical Plant Engineering and Structural Durability at Clausthal University of Technology, Head:
Prof. Dr.-Ing. H. Zenner Institute for Steel Construction and Mechanics of Materials at Darn1Stadt University of Technology, Head:
Prof. Dr.-Ing. T. Seeger Prof. Dr.-Ing. Berger, Dr.-Ing. Gerdes Prof. Dr.-Ing. H. Kipphan, Heidelberger Druckmaschinen AG, Heidelberg
Booklet No. 241-2
Project No. 209
Abstract:
The basis for the strength verification of components made of aluminum material according to this guideline is the existing FKM guideline, 3rd edition 1998, for components made of ferrous material. Like the FKM guideline for ferrous materials, the guideline for aluminum materials also applies to mechanical engineering and related areas of industry. It enables the static strength verification and the fatigue strength verification, the latter depending on the load characteristics as fatigue or fatigue strength verification. It applies to wrought aluminum and cast aluminum - even at higher temperatures - and can be used for components manufactured with or without machining or by welding. The calculation can be carried out with nominal stresses, but also with local, elastically determined stresses in view of the stress analyses carried out with FEM and other methods. Since the calculation concepts are the same, the guideline for aluminum material is to be included in an intended 4th, extended edition of the FKM guideline for ferrous material. For the time being, however, the present report takes the form of a commentary section to which the actual text of the guideline is appended (Chapter 7, p. 147ff). The existing PC computer programs RIFEST (calculation with local stresses) and WELLE (calculation with nominal stresses) for components made of ferrous material can be extended with little effort so that they can also be used for components made of aluminum material. The aim of the project was achieved. Scope of report: Start of work: End of work: Funding body: Research centers: Chairman of the working group: Chairman of the advisory board: 156 pages including tables and figures 01.05. 1996 30. 06. 1998 BMWi / AiF No. 10677 B IMA Materialforschung und Anwendungstechnik GmbH, Dresden, Managing Director:
Prof. Dr. rer. nato C. Wegerdt, Dr.-Ing. W Hanel Supervisor: Dr.-Ing. Hänel, with the collaboration of Dipl.-Ing. G. Wirthgen Institute for Mechanical Plant Engineering and Structural Durability at Clausthal University of Technology, Head:
Prof. Dr.-Ing. H. Zenner Institute for Steel Construction and Mechanics of Materials at Darn1Stadt University of Technology, Head:
Prof. Dr.-Ing. T. Seeger Prof. Dr.-Ing. Berger, Dr.-Ing. Gerdes Prof. Dr.-Ing. H. Kipphan, Heidelberger Druckmaschinen AG, Heidelberg
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