Structural Analysis Principles Methods and Modelling
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Structural Analysis Principles Methods and Modelling

Structural Analysis Principles Methods and Modelling by Gianluca Ranzi and Raymond Ian Gilbert | PDF Free Download.

Structural Analysis Contents

  • Introduction
  • Statics of structures: Equilibrium and support reactions
  • Internal actions of beams and frames
  • Statically determinate trusses 
  • Euler–Bernoulli beam model
  • Slope-deflection methods
  • Work–energy methods
  • The force method 
  • Moment distribution
  • Truss analysis using the stiffness method
  • Beam analysis using the stiffness method
  • Frame analysis using the stiffness method
  • Introduction to the finite element method
  • Introduction to the structural stability of columns
  • Introduction to nonlinear analysis

Preface to Structural Analysis Methods and Modelling

This book is intended as a text for undergraduate students of Civil or Structural Engineering about to embark on the adventure of learning how to analyse engineering structures.

It provides a unique in-depth treatment of structural analysis were fundamental aspects and derivations of the analytical and numerical formulations are outlined and illustrated by numerous simple, yet informative, worked examples.

The book is divided into four parts. The first part comprises Chapters 1 to 4 and covers the analysis of statically determinate structures.

Although it is assumed that the student has already completed courses in statics and mechanics of solids, some of the material revises concepts and procedures that have been covered previously.

The second part of the book includes Chapters 5 to 9 and deals with the classical methods for the analysis of statically indeterminate structures.

These methods are suitable for hand calculation, where the deformation characteristics and the geometry of the structure, as well as considerations of equilibrium, are used to establish the internal actions and structural deformations.

Although practising structural engineers usually use computer software packages to analyse structures, these classical methods provide the background knowledge that is essential for the preparation of appropriate input for structural analysis software and the correct interpretation of the output.

The third part (Chapters 10 to 12) covers the stiffness method of analysis that underpins most computer applications and commercially available structural analysis software, while the fourth part (Chapters 13 to 15) deals with more advanced topics, including the finite element method, structural stability and problems involving material nonlinearity.

Finally, three appendices are included that provide additional background material that is of use throughout the book.

Every topic is illustrated with numerous worked examples that lead the student step by step through the solution process. Sections entitled Reflection Activities invite students to reflect on the material covered by questioning some of the details of the procedures or extending their applicability to a broader range of problems.

The detailed sequence of steps required by different methods of analysis is described in particular sections entitled Summary of Steps.

At the end of most chapters, a wide range of tutorial problems are set to assist the student to practise the various analysis techniques and to build critical thinking.

The book is complemented by a comprehensive set of educational support material for both instructors and students as described below. We hope that the book will prove useful to both students and instructors. 


Thanks are extended to the colleagues and students who provided valuable assistance in the preparation of the textbook and of the solution manual, in particular, Peter Ansourian, Massimiliano Bocciarelli, Graziano Leoni

And Alessandro Zona, who reviewed parts of the manuscript; Lingzhu Chen, Glen Clifton, Anthony Joseph, Charles K. S. Loo Chin Moy, and Osvaldo Vallati.

Who assisted in the preparation of the material for the solution manual and in the formatting of the figures.

The authors acknowledge the support given by their respective institutions, the University of Sydney and the University of New South Wales.

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