In microelectronics the problem of interconnected materials of different kind (metals, ceramics, polymeric materials) is of growing importance. Mechanical and thermal misfit problems have a dominant influence upon the reliability of electronic components and systems as well. The author deals with applications of so-called "Fracture Electronics". Several examples of electronic packaging technologies are discussed (chip cards technologies, flip chip, chip-on-board) under the special aspects of material mechanics problems
Computer-based thermo-mechanical design and performance optimization are in widespread use and mainl...
This volume provides a comprehensive reference for graduate students and professionals in both acade...
The reliability of an electronic package can be described by a physics-of-failure approach. Crack in...
The paper presents some recent results obtained in the field of electronic packaging for MEMS. A sur...
This paper presents the results of a series of experiments and combined numerical simulations for ad...
The increasing application of advanced electronic packages under harsh environmental conditions, ext...
In this article materials issues that arise during the processing and operation of micro-electro mec...
Reliability and functionality of microelectronics products utilizing advanced packaging approaches, ...
The technology trends of Microelectronics and Microsystems are mainly characterized by miniaturizati...
Schlumberger drilling tools are exposed to very hard loading conditions (shocks, vibrations, thermal...
Mechanical reliability issues of modern electronic packaging materials have become of great importan...
Reliability and fuctionality of microsystems, i.e. of small scale integrated electronic, mechanical ...
A methodology for evaluating suitable alternative materials to traditional tin-lead solder, as an el...
The demand for Integrated Circuit (IC) has increased tremendously over the years and the dependence ...
Failure analysis and reliability problems habe become very important in recent years in many fields ...
Computer-based thermo-mechanical design and performance optimization are in widespread use and mainl...
This volume provides a comprehensive reference for graduate students and professionals in both acade...
The reliability of an electronic package can be described by a physics-of-failure approach. Crack in...
The paper presents some recent results obtained in the field of electronic packaging for MEMS. A sur...
This paper presents the results of a series of experiments and combined numerical simulations for ad...
The increasing application of advanced electronic packages under harsh environmental conditions, ext...
In this article materials issues that arise during the processing and operation of micro-electro mec...
Reliability and functionality of microelectronics products utilizing advanced packaging approaches, ...
The technology trends of Microelectronics and Microsystems are mainly characterized by miniaturizati...
Schlumberger drilling tools are exposed to very hard loading conditions (shocks, vibrations, thermal...
Mechanical reliability issues of modern electronic packaging materials have become of great importan...
Reliability and fuctionality of microsystems, i.e. of small scale integrated electronic, mechanical ...
A methodology for evaluating suitable alternative materials to traditional tin-lead solder, as an el...
The demand for Integrated Circuit (IC) has increased tremendously over the years and the dependence ...
Failure analysis and reliability problems habe become very important in recent years in many fields ...
Computer-based thermo-mechanical design and performance optimization are in widespread use and mainl...
This volume provides a comprehensive reference for graduate students and professionals in both acade...
The reliability of an electronic package can be described by a physics-of-failure approach. Crack in...