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Modern Practice in Stress and Vibration Analysis documents the proceedings of the conference on Modern Practice in Stress and Vibration Analysis organized by the Stress Analysis Group of the Institute of Physics at the University of Liverpool, 3-5 April 1989. The Group has been known in the UK for its contribution in providing meetings with an emphasis on application, covering topics which range widely to include modern numerical techniques and advanced experimentation. The volume contains 34 papers presented by researchers at the conference covering a wide range of topics such as the application of the sensitivity analysis method to structural dynamics; passive and active vibration control for use in vibration suppression in spacecraft; analysis of an ultrasonically excited thick cylinder; and the prediction of vibrational power transmission through a system of jointed beams carrying longitudinal and flexural waves. It is hoped that the contributions published in this book will be of value to the broad community of practitioners in stress and vibration analysis whom the Stress Analysis Group exists to serve.
Volume is indexed by Thomson Reuters CPCI-S (WoS). The trend towards the integration of modeling, analysis and design tools, which began in the 1990s, is now well underway, and it is becoming increasingly evident that formerly disparate engineering functions, such as stress analysis, fracture mechanics, elasticity and vibration analysis, will continue to move closer together, as seamlessly integrated computational design tools evolve. The series of Modern Practice in Stress and Vibration Analysis conferences has always reflected this alliance, with its tradition of encouraging specialist contributions to the development and enhanced application of powerful numerical methods; in conjunction with seminal papers on new techniques in experimental mechanics.
Volume is indexed by Thomson Reuters CPCI-S (WoS). An essential requirement for achieving the correct functionality and operation of engineering systems and structures is to understand the fundamental issues which underpin stress distributions and dynamic behaviour. Design software is increasingly being developed in order to integrate a number of analysis tools. The key to the success of this development is the generation of modelling and analysis techniques, together with experimental validation over likely parameter ranges.
This Special Issue consists of selected papers from the Experimental Stress Analysis 2020 conference. Experimental Stress Analysis 2020 was organized with the support of the Czech Society for Mechanics, Expert Group of Experimental Mechanics, and was, for this particular year, held online in 19-22 October 2020. The objectives of the conference included identification of current situation, sharing professional experience and knowledge, discussing new theoretical and practical findings, and the establishment and strengthening of relationships between universities, companies, and scientists from the field of experimental mechanics in mechanical and civil engineering. The topics of the conference were focused on experimental research on materials and structures subjected to mechanical, thermal-mechanical, and dynamic loading, including damage, fatigue, and fracture analyses. The selected papers deal with top-level contemporary phenomena, such as modern durable materials, numerical modeling and simulations, and innovative non-destructive materials' testing.