Effect of Thermal Gradient on Vibrations of Tapered Plates - Khanna, Anupam
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Researchers, scientists and design engineers always try to know about first few modes of vibrations before finalizing any design of machine or structure so that they can save the money & time of the nation. For these two fold requirements i.e. money and time, they can get a lot of help from the contents of this book. Actually, deeply analysis of the graphs in each chapter or model can provide them the required or desired values of frequency parameters & surely, they can get the same with the proper choice of varying parameters i.e. thermal gradient, taper parameters, non-homogeneity constant,…mehr

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Produktbeschreibung
Researchers, scientists and design engineers always try to know about first few modes of vibrations before finalizing any design of machine or structure so that they can save the money & time of the nation. For these two fold requirements i.e. money and time, they can get a lot of help from the contents of this book. Actually, deeply analysis of the graphs in each chapter or model can provide them the required or desired values of frequency parameters & surely, they can get the same with the proper choice of varying parameters i.e. thermal gradient, taper parameters, non-homogeneity constant, aspect ratio and skew angles. I assure them that if they use the findings of these models in practical manner, it will definitely help to provide more reliable, durable and efficient mechanical structures or machines
Autorenporträt
Dr. Anupam Khanna arbeitet derzeit als Assistenzprofessor und Leiter der Abteilung für Mathematik am DAV College-Sadhaura, Yamuna Nagar, Haryana, Indien. Er verfügt über 18 Jahre Erfahrung in Lehre und Forschung. Er ist B.Sc. (Non-Med), M.Sc. Maths (Goldmedaillengewinner) und Ph.D. Er hat mehr als 40 Forschungsarbeiten in internationalen Fachzeitschriften veröffentlicht.