Theory And Analysis Of Plates: Classical And Numerical Methods
Condition: SECONDHAND
This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.
Condition remarks:
Book: Poor
Jacket: Wear and tear with damage
Pages: Good
Condition remarks: prelims missing
A cornerstone of structural engineering literature, Theory and Analysis of Plates: Classical and Numerical Methods by Rudolph Szilard presents a rigorous and comprehensive treatment of plate theory—one of the most fundamental subjects in civil and mechanical engineering. The text systematically chronicles both classical analytical techniques and modern numerical methods, guiding the reader through the mathematical foundations of thin and thick plate behavior under a wide range of loading and boundary conditions. Part of the prestigious Civil Engineering and Engineering Mechanics Series, this authoritative volume instructs engineers and advanced students in the application of differential equations, finite difference methods, and finite element analysis to real-world structural problems, bridging the gap between theoretical rigor and practical engineering application. Szilard's style is methodical and precise, reflecting decades of academic and professional expertise, making this text an indispensable reference for those working at the intersection of applied mathematics and structural mechanics. The work argues persuasively for a unified understanding of plate behavior, illustrating how classical solutions and numerical approximations complement one another to solve increasingly complex engineering challenges. Whether used as a graduate-level textbook or a practitioner's reference, this volume remains a definitive resource—leaving readers with the analytical tools to tackle the most demanding problems in structural plate analysis.
Author: Rudolph Szilard
Format: Hardback
Genre: Engineering
Condition remarks:
Book: Poor
Jacket: Wear and tear with damage
Pages: Good
Condition remarks: prelims missing
A cornerstone of structural engineering literature, Theory and Analysis of Plates: Classical and Numerical Methods by Rudolph Szilard presents a rigorous and comprehensive treatment of plate theory—one of the most fundamental subjects in civil and mechanical engineering. The text systematically chronicles both classical analytical techniques and modern numerical methods, guiding the reader through the mathematical foundations of thin and thick plate behavior under a wide range of loading and boundary conditions. Part of the prestigious Civil Engineering and Engineering Mechanics Series, this authoritative volume instructs engineers and advanced students in the application of differential equations, finite difference methods, and finite element analysis to real-world structural problems, bridging the gap between theoretical rigor and practical engineering application. Szilard's style is methodical and precise, reflecting decades of academic and professional expertise, making this text an indispensable reference for those working at the intersection of applied mathematics and structural mechanics. The work argues persuasively for a unified understanding of plate behavior, illustrating how classical solutions and numerical approximations complement one another to solve increasingly complex engineering challenges. Whether used as a graduate-level textbook or a practitioner's reference, this volume remains a definitive resource—leaving readers with the analytical tools to tackle the most demanding problems in structural plate analysis.