With the rapid development of artificial intelligence [AI], many journals including Elsevier series, Springer series, John Willey and Son series, American Chemical Society (ACS) series, and Bentham Science (BMS) serie...With the rapid development of artificial intelligence [AI], many journals including Elsevier series, Springer series, John Willey and Son series, American Chemical Society (ACS) series, and Bentham Science (BMS) series, have used AI technique to run the online submission for authors. Among the aforementioned five series journals, the Elsevier and BMS have some critical shortcomings that have discouraged many authors.展开更多
As suggested by the title, this extensive book is concerned with crack and contact prob- lems in linear elasticity. However, in general, it is intended for a wide audience ranging from engineers to mathematical physic...As suggested by the title, this extensive book is concerned with crack and contact prob- lems in linear elasticity. However, in general, it is intended for a wide audience ranging from engineers to mathematical physicists. Indeed, numerous problems of both academic and tech- nological interest in electro-magnetics, acoustics, solid and fluid dynamics, etc. are actually related to each other and governed by the same mixed boundary value problems from a unified mathematical standpoint展开更多
文摘With the rapid development of artificial intelligence [AI], many journals including Elsevier series, Springer series, John Willey and Son series, American Chemical Society (ACS) series, and Bentham Science (BMS) series, have used AI technique to run the online submission for authors. Among the aforementioned five series journals, the Elsevier and BMS have some critical shortcomings that have discouraged many authors.
文摘As suggested by the title, this extensive book is concerned with crack and contact prob- lems in linear elasticity. However, in general, it is intended for a wide audience ranging from engineers to mathematical physicists. Indeed, numerous problems of both academic and tech- nological interest in electro-magnetics, acoustics, solid and fluid dynamics, etc. are actually related to each other and governed by the same mixed boundary value problems from a unified mathematical standpoint
