The mechanical strength of the material

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pages Number: 1328 Publisher: Science Pub. Date :2009-9-1. Introduction to the book comprehensive summary of all the research strength of the material mechanics: mechanics of materials. structural mechanics. elasticity. plasticity. fracture mechanics. finite element and so on. The book is divided into 11 chapters. except Chapter 1 introduces an overview of the mechanical strength of the material. other chapters are about the variety of deformation. tensile and compression. shear. torsion. bending the shaft. flat plate bending. shell body bending. stability. plastic deformation. the deformation of composite materials and other content. Book for colleges and universities or research institutes. mechanics. architecture. materials science students and researchers. engineers and technicians as well as infrastructure construction and management departments. Contents: Preface Chapter 1 Chinese version of the mechanical strength of the material mechanical strength of the material 1.1 Introduction 1.2 1.3 The mechanical properties of elastic material homogeneous components of cross-sectional properties 1.4 1.5 calculate stress and deformation of the basic theory of material strength 1.6 the finite element method in Chapter 2 stretch . compression and shear deformation 2.3 2.2 2.1 Tensile tensile and compressive shear deformation energy 2.4 3.1 Chapter 3. contact stress. contact stress profile 3.2 in the French under positive pressure to the contact stress and contact deformation under shear stress of 3.3 The contact stress by concentrated load of 3.4 rigid indenter on the pressure in the semi-infinite load 3.5 distribution on the pressure in the semi-infinite contact strength test 3.6 Chapter 4 4.1 Introduction 4.2 circular cross-section torsion beam (circular axis) to reverse the 4.3 non-circular straight rod-shaped cross-section torsion 4.4 4.5 thin-walled plastic torsion free reverse Chapter 5 of the bending beam bending beam 5.1 Introduction 5.2 Single-span statically indeterminate beam structure 5.4 5.3 statically indeterminate truss frame structure frame 5.5 5.6 Department of beam cross beam structure 5.7 5.8 5.9 compound curved arch flat sheet of Chapter 6 of plane bending 6.1 Overview 6.2 flat sheet thickness of plate bending and other symmetrical changes in the sheet thickness 6.3 6.4 linear elastic range of the large deflection plate thickness. etc. Chapter 7 of bending deformation of a thin shell. thin shell deformation of the definition 7.1 and assumptions 7.2 7.3 There is no moment moment thin shell thin shell 7.4 shell 7.5 unit of body-oriented theory of thin elastic shell elements of stability in Chapter 8 8.1 Introduction to the stability of elastic stability of compression members 8.2 8.3 bent under pressure and the stability of slender rods 8.4 by the torsional effect of the stability of slender rods 8.6 8.5 flat sheet stability. the stability of shell Chapter 9. the elastic-plastic materials. plastic deformation. deformation 9.1 Introduction 9.2 9.3 Plastic deformation of the plastic deformation of the limit equilibrium state of 9.4 plastic deformation of the object of the moment conditions 9.5 solution using plastic theory of deformation of flat circular plate annular flat plate 9.7 9.6 solution using a square flat plate theory of plasticity problem 9.8 solution using a rectangular flat plate theory of plasticity problem 9.9 using the plastic triangular flat plate problem the theoretical solution using 9.10 plasticity theory problems solution quadrilateral flat panels Chapter 10 Introduction to composite materials. composite materials 10.2 10.1 types of composite materials and performance of the mechanical strength of composite materials 10.3 10.4 calculated 10.5 composite refractory composite strength and life span of aging Chinese version of Postscript Appendix ReferencesFour Satisfaction guaranteed,or money bac.…