Books by Keyword: Wear Processes

Description:

A specific feature of transport, especially maritime transport, is a presence of complex interactions between various components of the system. The presence of the phenomena affects the possibility of varying degrees of complexity and wear processes and destruction materials. Moreover, forecasting and reducing methods of wear intensity are specified in the transport engineering, as well. The issues above will be addressed in this manuscript. Presented in the manuscript results include not only laboratory, modelling and simulation studies, but also long-term studies of real objects. Studies of real objects were made thanks to cooperation with shipowners and stevedoring companies in sea ports. Moreover results basis on the practical experience of authors working on ships.

Description: This volume contains a collection of papers from International Conference „Wear Processes 2012” which were held in Świnoujście, Poland, from 12 to 14 of September 2012. The Conference is organized periodically and is a continuation of the seminars series concerning “Testing and modelling of complex wear processes”, that are organized since 2003. The Initiator of the Conference is Jarosław Chmiel, PhD. Eng. from Maritime University of Szczecin.The aim of the Conference is a creating a forum of information exchange for researchers dealing with issues of wear phenomena caused by more as one process acting on a material simultaneously, the subject somewhat neglected at most conferences focusing on wear problems.The main topics of the Conference are as follows:- fundamental problems of deterioration and wear of materials.- simple and complex deterioration processes.- hydrogen degradation of materials.- wear processes accelerated by the hydrogen degradation and corrosion.- modeling of wear processes.- causes of abnormally rapid of wear. Since 2010, the Conference is held under the auspices of the European Structural Integrity Society, Technical Committee TC10 “Environmentally Assisted Cracking”.