theory of structures for students

par **bentafat_rachid** Dim 30 Déc - 15:02

W M Jenkins BSc, PhD, CEng, FICE,
FIStructE
Emeritus Professor of Civil Engineering,
School of Engineering, The Hatfield Polytechnic

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3.1 Introduction 3/3
3.1.1 Basic concepts 3/3
3.1.2 Force-displacement relationships 3/3
3.1.3 Static and kinetic determinacy 3/4
3.2 Statically determinate truss analysis 3/4
3.2.1 Introduction 3/4
3.2.2 Methods of analysis 3/5
3.2.3 Method of tension coefficients 3/5
3.3 The flexibility method 3/6
3.3.1 Introduction 3/6
3.3.2 Evaluation of flexibility coefficients 3/7
3.3.3 Application to beam and rigid frame
analysis 3/8
3.3.4 Application to truss analysis 3/10
3.3.5 Comments on the flexibility method 3/10
3.4 The stiffness method 3/11
3.4.1 Introduction 3/11
3.4.2 Member stiffness matrix 3/11
3.4.3 Assembly of structure stiffness matrix 3/12
3.4.4 Stiffness transformations 3/13
3.4.5 Some aspects of computerization of the
stiffness method 3/13
3.4.6 Finite element analysis 3/14
3.5 Moment distribution 3/16
3.5.1 Introduction 3/16
3.5.2 Distribution factors, carry-over factors
and fixed-end moments 3/16
3.5.3 Moment distribution without sway 3/17
3.5.4 Moment distribution with sway 3/18
3.5.5 Additional topics in moment
distribution 3/18
3.6 Influence lines 3/19
3.6.1 Introduction and definitions 3/19
3.6.2 Influence lines for beams 3/19
3.6.3 Influence lines for plane trusses 3/20
3.6.4 Influence lines for statically
indeterminate structures 3/20
3.6.5 Maxwell’s reciprocal theorem 3/21
3.6.6 Mueller-Breslau’s principle 3/21
3.6.7 Application to model analysis 3/21
3.6.8 Use of the computer in obtaining
influence lines 3/22
3.7 Structural dynamics 3/23
3.7.1 Introduction and definitions 3/23
3.7.2 Single degree of freedom vibrations 3/23
3.7.3 Multi-degree of freedom vibrations 3/25
3.8 Plastic analysts 3/26
3.8.1 Introduction 3/26
3.8.2 Theorems and principles 3/27
3.8.3 Examples of plastic analysis 3/28
References 3/31
Bibliography 3/31

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