《建筑类专业英语 建筑工程 第1册》求取 ⇩

UNIT ONE1

TextIntroduction to Mechanics of Materials1

Reading Material A Shear Center6

Reading Material B Allowable Stress Design and Strength Design8

UNIT TWO11

TextThe Tensile Test11

Reading Material A Comparative Study of the Mechanical Properties of Ductile and Brittle Materials16

Reading Material B Strength Theories18

UNIT THREE21

TextApplication of Mechanics of Materials and Its Study Method21

Reading Material A Stress26

Reading Material B Method of Sections28

UNIT FOUR30

TextDescription of the Force and Displacement Method30

Reading Material A Types of Beams34

Reading Material B Methods of Joints and Sections for Analyzing a Truss36

UNIT FIVE39

TextStructure of Buildings39

Reading Material A Structural Planning and Design44

Reading Material B Types of Loads and Types of Stress45

UNIT SIX48

TextPurpose of Structural Analysis, Modeling of Structures and Relation of Analysis and Design48

Reading Material A Matrix Analysis of Structures by the Stiffness Method53

Reading Material B Equilibrium of Single Members55

UNIT SEVEN57

TextProperties of Concrete and Reinforced Concrete57

Reading Material A Property of Structural Steel62

Reading Material B Nature of Wood and Masonry63

UNIT EIGHT65

TextBuilding Code (Ⅰ)65

Reading Material A Building Code (Ⅱ)70

Reading Material B Building Code (Ⅲ)71

Text Early History of Cement and Concrete73

UNIT NINE73

Reading Material A The Hydration Reaction78

Reading Material B Distress and Failure of Concrete79

UNIT TEN81

TextAdvantages and Disadvantages of Concrete and Its Water-Cement Ratio81

Reading Material A Slump Test and Concrete Proportioning85

Reading Material B Curing Concrete87

UNIT ELEVEN89

TextMortar89

Reading Material A Water Retentivity93

Reading Material B Cement Mortar and Lime Mortar95

UNIT TWELVE97

TextGeneral Plannting Considerations97

Reading Material A Housing101

Reading Material B House103

Text Factory Design105

UNIT THIRTEEN105

Reading Material A Modern Building Construction110

Reading Material B Building112

UNIT FOURTEEN114

TextFundamental Objective of Structural Dynamics Analysis114

Reading Material A Organization of the Text118

Reading Material B Methods of Discretization120

Text Contents of Theory of Elasticity124

UNIT FIFTEEN124

Reading Material A Basic Assumptions in Classical Elasticity128

Reading Material B Members in a State of Two-Dimensional Stress130

UNIT SIXTEEN132

TextHistorical Development of Finite Element Method132

Reading Material A General Description of the Finite Element Method137

Reading Material B Introduction of Displacement Approach139

Appendix Ⅰ Vocabulary141

Appendix Ⅱ Translation for Reference147

Appendix Ⅲ Key to Exercises167