CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR.

KARLHEINZ G. SCHMITT-THOMAS; PETER ADAM; HEINRICH MEISEL; REINHARD SIEDE

CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR.

KARLHEINZ G. SCHMITT-THOMAS, PETER ADAM, HEINRICH MEISEL, REINHARD SIEDE

Medicine and Health

Publikation: Beitrag in Fachzeitschrift › Artikel › Begutachtung

5 Zitate (Scopus)

Abstract

THE MECHANICAL STRENGTH OF FRICTION-WELDED FLYWHEEL JOINTS IN NICKEL-BASED SUPERALLOY WASPALOY WERE INVESTIGATED AS A FUNCTION OF HEAT TREATMENT PRIOR TO AND AFTER THE WELDING PROCESS. THE AIM OF THE INVESTIGATIONS WAS TO DETERMINE THE POSSIBILITIES OF OPTIMIZATION OF THE STRENGTH AND STRUCTURE OF THE WELDED JOINTS. THE RESULTS HAVE PROVIDED SOLUTIONS WHEREBY THE JOINT STRENGTH OF FORGED WASPALOY COMPONENTS CAN BE SIGNIFICANTLY CONTROLLED. A HEAT TREATMENT PROCESS IS PROPOSED WITH THE AID OF WHICH THE STRUCTURE IN THE WELD AREA CAN BE TO A LARGE DEGREE ADJUSTED TO THAT OF THE BASE METAL. IN GERMAN.

Originalsprache	Englisch
Seiten (von - bis)	558-565
Seitenumfang	8
Fachzeitschrift	Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques
Jahrgang	V 73
Ausgabenummer	N 9
Publikationsstatus	Veröffentlicht - 1982

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SCHMITT-THOMAS, KARLHEINZ. G., ADAM, PETER., MEISEL, HEINRICH., & SIEDE, REINHARD. (1982). CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR. Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques, V 73(N 9), 558-565.

SCHMITT-THOMAS, KARLHEINZ G. ; ADAM, PETER ; MEISEL, HEINRICH et al. / CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR. in: Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques. 1982 ; Jahrgang V 73, Nr. N 9. S. 558-565.

@article{51d45c2cefda44baab01a6e6af17b8e9,

title = "CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR.",

abstract = "THE MECHANICAL STRENGTH OF FRICTION-WELDED FLYWHEEL JOINTS IN NICKEL-BASED SUPERALLOY WASPALOY WERE INVESTIGATED AS A FUNCTION OF HEAT TREATMENT PRIOR TO AND AFTER THE WELDING PROCESS. THE AIM OF THE INVESTIGATIONS WAS TO DETERMINE THE POSSIBILITIES OF OPTIMIZATION OF THE STRENGTH AND STRUCTURE OF THE WELDED JOINTS. THE RESULTS HAVE PROVIDED SOLUTIONS WHEREBY THE JOINT STRENGTH OF FORGED WASPALOY COMPONENTS CAN BE SIGNIFICANTLY CONTROLLED. A HEAT TREATMENT PROCESS IS PROPOSED WITH THE AID OF WHICH THE STRUCTURE IN THE WELD AREA CAN BE TO A LARGE DEGREE ADJUSTED TO THAT OF THE BASE METAL. IN GERMAN.",

author = "SCHMITT-THOMAS, {KARLHEINZ G.} and PETER ADAM and HEINRICH MEISEL and REINHARD SIEDE",

year = "1982",

language = "English",

volume = "V 73",

pages = "558--565",

journal = "Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques",

issn = "0044-3093",

publisher = "Hanser Publishers",

number = "N 9",

}

SCHMITT-THOMAS, KARLHEINZG, ADAM, PETER, MEISEL, HEINRICH & SIEDE, REINHARD 1982, 'CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR.', Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques, Jg. V 73, Nr. N 9, S. 558-565.

CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR. / SCHMITT-THOMAS, KARLHEINZ G.; ADAM, PETER; MEISEL, HEINRICH et al.
in: Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques, Jahrgang V 73, Nr. N 9, 1982, S. 558-565.

Publikation: Beitrag in Fachzeitschrift › Artikel › Begutachtung

TY - JOUR

T1 - CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR.

AU - SCHMITT-THOMAS, KARLHEINZ G.

AU - ADAM, PETER

AU - MEISEL, HEINRICH

AU - SIEDE, REINHARD

PY - 1982

Y1 - 1982

N2 - THE MECHANICAL STRENGTH OF FRICTION-WELDED FLYWHEEL JOINTS IN NICKEL-BASED SUPERALLOY WASPALOY WERE INVESTIGATED AS A FUNCTION OF HEAT TREATMENT PRIOR TO AND AFTER THE WELDING PROCESS. THE AIM OF THE INVESTIGATIONS WAS TO DETERMINE THE POSSIBILITIES OF OPTIMIZATION OF THE STRENGTH AND STRUCTURE OF THE WELDED JOINTS. THE RESULTS HAVE PROVIDED SOLUTIONS WHEREBY THE JOINT STRENGTH OF FORGED WASPALOY COMPONENTS CAN BE SIGNIFICANTLY CONTROLLED. A HEAT TREATMENT PROCESS IS PROPOSED WITH THE AID OF WHICH THE STRUCTURE IN THE WELD AREA CAN BE TO A LARGE DEGREE ADJUSTED TO THAT OF THE BASE METAL. IN GERMAN.

AB - THE MECHANICAL STRENGTH OF FRICTION-WELDED FLYWHEEL JOINTS IN NICKEL-BASED SUPERALLOY WASPALOY WERE INVESTIGATED AS A FUNCTION OF HEAT TREATMENT PRIOR TO AND AFTER THE WELDING PROCESS. THE AIM OF THE INVESTIGATIONS WAS TO DETERMINE THE POSSIBILITIES OF OPTIMIZATION OF THE STRENGTH AND STRUCTURE OF THE WELDED JOINTS. THE RESULTS HAVE PROVIDED SOLUTIONS WHEREBY THE JOINT STRENGTH OF FORGED WASPALOY COMPONENTS CAN BE SIGNIFICANTLY CONTROLLED. A HEAT TREATMENT PROCESS IS PROPOSED WITH THE AID OF WHICH THE STRUCTURE IN THE WELD AREA CAN BE TO A LARGE DEGREE ADJUSTED TO THAT OF THE BASE METAL. IN GERMAN.

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M3 - Article

AN - SCOPUS:0020176841

SN - 0044-3093

VL - V 73

SP - 558

EP - 565

JO - Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques

JF - Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques

IS - N 9

ER -

SCHMITT-THOMAS KARLHEINZG, ADAM PETER, MEISEL HEINRICH, SIEDE REINHARD. CONTROL OF THE THERMO-MECHANICAL STRENGTH OF FRICTION WELDED FLYWHEEL JOINTS IN WASPALOY BY PINPOINTED STRUCTURAL MODIFICATIONS/ BEEINFLUSSUNG DER MECHANISCH-THERMISCHEN FESTIGKEIT VON SCHWUNGRADREIBSCHWEISSUNGEN AN WASPALOY DURCH GEZIELTEEINSTELLUNG VON GEFUGE UND STRUKTOR. Zeitschrift fuer Metallkunde/Materials Research and Advanced Techniques. 1982;V 73(N 9):558-565.