431 стр.
Springer-Verlag
Berlin -Heidelberg -New York-London-Paris-Tokyo
Edited by B.Ilschner and N.J.Grand
Dr. HERMANN KIF.DEL
Max-Planck-Jnstitut fur Liscnforschung 4000 Dusseldorf. FR Germany
New Address. Starting October 1986:
Fraunhofct-lnstitut Шг Wcrkstoffmechanik 7800Freiburg, I K German)
Dr. rer. nat. BERN!1ARDILSCHNER
o. Professor, I aboiatoire de Metallurgie Mecaniquc. Departement des Materiaux. F.PFL, l-aussmne
Prof. NICHOLAS J. GRANT
Department of Materials Science and Engineering, Cambridge
ISBN 3-540-17271-8 Springcr-Verlag Berlin I Icitlclbcrg NcwYork ISBN 0-387-17271-8 Springer-VcrLig Ncw York 1 leidclberg Berlin
Library of Congress Cataloging in Publication Data.
TA
409.R54 1987 620.1*126 86-3144-1 ISBN 0-3«
7.l727l8(U.S.)
This book covers the fundamentals of fracture at high temperature. It has been written by an author whose outstanding competence in this field has gained worldwide appreciation, lie has contributed substantially to the understanding cf a phenomenon that demands a scientific treatment which judiciously integrates the concepts cf mechanical deformation, thermodynamic eqiulibria, and kinetic rate laws. This challenge has been taken up by llerm.ann Riedel with both skill and energy.
Springer-Verlag
Berlin -Heidelberg -New York-London-Paris-Tokyo
Edited by B.Ilschner and N.J.Grand
Dr. HERMANN KIF.DEL
Max-Planck-Jnstitut fur Liscnforschung 4000 Dusseldorf. FR Germany
New Address. Starting October 1986:
Fraunhofct-lnstitut Шг Wcrkstoffmechanik 7800Freiburg, I K German)
Dr. rer. nat. BERN!1ARDILSCHNER
o. Professor, I aboiatoire de Metallurgie Mecaniquc. Departement des Materiaux. F.PFL, l-aussmne
Prof. NICHOLAS J. GRANT
Department of Materials Science and Engineering, Cambridge
ISBN 3-540-17271-8 Springcr-Verlag Berlin I Icitlclbcrg NcwYork ISBN 0-387-17271-8 Springer-VcrLig Ncw York 1 leidclberg Berlin
Library of Congress Cataloging in Publication Data.
TA
409.R54 1987 620.1*126 86-3144-1 ISBN 0-3«
7.l727l8(U.S.)
This book covers the fundamentals of fracture at high temperature. It has been written by an author whose outstanding competence in this field has gained worldwide appreciation, lie has contributed substantially to the understanding cf a phenomenon that demands a scientific treatment which judiciously integrates the concepts cf mechanical deformation, thermodynamic eqiulibria, and kinetic rate laws. This challenge has been taken up by llerm.ann Riedel with both skill and energy.