Solution Manual for Materials for Civil and Construction Engineers 3rd Edition by Mamlouk

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Product details:

• ISBN-10 ‏ : ‎ 0136110584
• ISBN-13 ‏ : ‎ 978-0136110583
• Author: John P. Zaniewski

Materials for Civil and Construction Engineers, 3/e is ideal for courses in Civil Engineering Materials, Construction Materials, and Construction Methods and Materials offered in Civil, Environmental, or Construction engineering departments.

This introduction gives students a basic understanding of the material selection process and the behavior of materials — a fundamental requirement for all civil and construction engineers performing design, construction, and maintenance. The authors cover the various materials used by civil and construction engineers in one useful reference, limiting the vast amount of information available to the introductory level, concentrating on current practices, and extracting information that is relevant to the general education of civil and construction engineers. A large number of experiments, figures, sample problems, test methods, and homework problems gives students opportunity for practice and review.

Table of contents:

About the Authors

xviii

Materials Engineering Concepts

1(51)

Economic Factors

2(1)

Mechanical Properties

3(18)

Loading Conditions

4(1)

Stress-Strain Relations

5(1)

Elastic Behavior

5(3)

Elastoplastic Behavior

8(4)

Viscoelastic Behavior

12(5)

Temperature and Time Effects

17(1)

Work and Energy

18(1)

Failure and Safety

18(3)

Nonmechanical Properties

21(3)

Density and Unit Weight

21(1)

Thermal Expansion

22(1)

Surface Characteristics

23(1)

Production and Construction

24(1)

Aesthetic Characteristics

25(1)

Sustainable Design

26(1)

Material Variability

27(5)

Sampling

28(1)

Normal Distribution

29(1)

Control Charts

29(3)

Experimental Error

32(1)

Laboratory Measuring Devices

32(19)

Dial Gauge

33(1)

Linear Variable Differential Transformer (LVDT)

33(4)

Strain Gauge

37(1)

Non-Contact Deformation Measurement Technique

38(1)

Proving Ring

38(1)

Load Cell

39(1)

Summary

40(1)

Questions and Problems

41(10)

References

51(1)

Nature of Materials

52(33)

Basic Materials Concepts

52(6)

Electron Configuration

52(3)

Bonding

55(3)

Material Classification by Bond Type

58(1)

Metallic Materials

58(15)

Lattice Structure

59(4)

Lattice Defects

63(1)

Grain Structure

64(3)

Alloys

67(1)

Phase Diagrams

67(6)

Combined Effects

73(1)

Inorganic Solids

73(2)

Organic Solids

75(9)

Polymer Development, Structure, and Cross-Linking

76(3)

Melting and Glass Transition Temperature

79(1)

Mechanical Properties

80(1)

Summary

81(1)

Questions and Problems

81(3)

References

84(1)

Steel

85(55)

Steel Production

87(2)

Iron-Carbon Phase Diagram

89(4)

Heat Treatment of Steel

93(2)

Annealing

93(1)

Normalizing

94(1)

Hardening

95(1)

Tempering

95(1)

Example of Heat Treatment

95(1)

Steel Alloys

95(2)

Structural Steel

97(9)

Structural Steel Grades

97(3)

Sectional Shapes

100(1)

Specialty Steels in Structural Applictions

101(5)

Cold-Formed Steel

106(3)

Cold-Formed Steel Grades

106(1)

Cold-Formed Steel Shapes

107(2)

Special Design Considerations for Cold-Formed Steel

109(1)

Fastening Products

109(2)

Reinforcing Steel

111(5)

Conventional Reinforcing

111(4)

Steel for Prestressed Concrete

115(1)

Mechanical Testing of Steel

116(10)

Tension Test

116(3)

Torsion Test

119(3)

Charpy V Notch Impact Test

122(2)

Bend Test

124(1)

Hardness Test

124(1)

Ultrasonic Testing

125(1)

Welding

126(3)

Steel Corrosion

129(10)

Methods for Corrosion Resistance

130(1)

Summary

131(1)

Questions and Problems

131(8)

References

139(1)

Aluminum

140(23)

Aluminum Production

143(2)

Aluminum Metallurgy

145(6)

Alloy Designation System

147(1)

Temper Treatments

148(3)

Aluminum Testing and Properties

151(5)

Welding and Fastening

156(1)

Corrosion

157(5)

Summary

157(1)

Questions and Problems

157(5)

References

162(1)

Aggregates

163(47)

Aggregate Sources

164(1)

Geological Classification

165(1)

Evaluation of Aggregate Sources

165(1)

Aggregate Uses

166(1)

Aggregate Properties

167(31)

Particle Shape and Surface Texture

169(2)

Soundness and Durability

171(1)

Toughness, Hardness, and Abrasion Resistance

172(1)

Absorption

173(2)

Specific Gravity

175(2)

Bulk Unit Weight and Voids in Aggregate

177(1)

Strength and Modulus

178(1)

Gradation

178(16)

Cleanness and Deleterious Materials

194(1)

Alkali-Aggregate Reactivity

195(2)

Affinity for Asphalt

197(1)

Handling Aggregates

198(11)

Sampling Aggregates

199(1)

Summary

200(1)

Questions and Problems

200(9)

References

209(1)

Portland Cement, Mixing Water, and Admixtures

210(36)

Portland Cement Production

210(1)

Chemical Composition of Portland Cement

211(2)

Fineness of Portland Cement

213(1)

Specific Gravity of Portland Cement

214(1)

Hydration of Portland Cement

214(4)

Structure Development in Cement Paste

216(1)

Evaluation of Hydration Progress

216(2)

Voids in Hydrated Cement

218(1)

Properties of Hydrated Cement

218(3)

Setting

218(2)

Soundness

220(1)

Compressive Strength of Mortar

221(1)

Water-Cement Ratio

221(1)

Types of Portland Cement

222(4)

Standard Portland Cement Types

222(3)

Other Cement Types

225(1)

Mixing Water

226(2)

Acceptable Criteria

226(2)

Disposal and Reuse of Concrete Wash Water

228(1)

Admixtures for Concrete

228(8)

Air Entrainers

229(1)

Water Reducers

230(3)

Retarders

233(1)

Hydration-Control Admixtures

234(1)

Accelerators

234(1)

Specialty Admixtures

235(1)

Supplementary Cementitious Materials

236(9)

Summary

239(1)

Questions and Problems

240(5)

References

245(1)

Portland Cement Concrete

246(69)

Proportioning of Concrete Mixes

246(20)

Basic Steps for Weight and Absolute Volume Methods

247(16)

Mixing Concrete for Small Jobs

263(3)

Mixing, Placing, and Handling Fresh Concrete

266(8)

Ready-Mixed Concrete

266(1)

Mobile Batcher Mixed Concrete

267(1)

Depositing Concrete

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