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CIVIL ENGINEERING<br />
10 Statistical Analysis of Analytical Data<br />
11 Basic Concepts from Quantitative Chemistry<br />
12 Instrumental Methods of Analysis<br />
13 Turbidity<br />
14 Color<br />
15 Standard Solutions<br />
16 pH<br />
17 Acidity<br />
18 Alkalinity<br />
19 Hardness<br />
20 Residual Chlorine and Chlorine Demand<br />
21 Chloride<br />
22 Dissolved Oxygen<br />
23 Biochemical Oxygen Demand<br />
24 Chemical Oxygen Demand<br />
25 Nitrogen<br />
26 Solids<br />
27 Iron and Manganese<br />
28 Fluoride<br />
29 Sulfate<br />
30 Phosphorus and Phosphate<br />
31 Oil and Grease<br />
32 Volatile Acids<br />
33 Gas Analysis<br />
34 Trace Contaminants<br />
Appendix A Thermodynamic Properties (25 degrees C)<br />
Appendix B Acronyms, Roman Symbols, and Greek Symbols<br />
International Edition<br />
INTRODUCTION TO ENGINEERING AND<br />
THE ENVIRONMENT<br />
by Edward S Rubin and Cliff Davidson, both of the Carnegie Mellon<br />
University<br />
2001 / Softcover / 576 pages<br />
ISBN: 978-0-07-235467-6<br />
ISBN: 978-0-07-118185-3 [IE]<br />
http://mhhe.com/engcs/civil/rubin<br />
CONTENTS<br />
I: Motivation and Framework<br />
1 Engineering and the Environment<br />
2 Overview of Environmental Issues<br />
II: Case Studies in Design for the Environment<br />
3 Automobiles and the Environment<br />
4 Batteries and the Environment<br />
5 Power Plants and the Environment<br />
6 Refrigeration and the Environment<br />
7 Environmental Life Cycle Assessments<br />
III: Case Studies in Environmental Modeling<br />
8 Controlling Urban Smog<br />
9 CFCs and the Ozone Layer<br />
10 Global Warming and Climate Change<br />
11 Toxic Metals in the Environment<br />
12 PCBs in the Aquatic Environment<br />
IV: Topics in Engineering and Environmental Policy<br />
13 Economic Analysis<br />
14 Environmental Risk and Decision Analysis<br />
Appendices<br />
Fundamentals of Soils<br />
GEOTECHNICAL ENGINEERING<br />
Fifth Edition<br />
by Richard L. Handy, Iowa State University, and Merlin G. Spangler<br />
(deceased)<br />
2007 / Hardcover / 904 pages / 420 illus<br />
ISBN: 978-0-07-148120-5<br />
(A Professional Reference Title)<br />
Geotechnical Engineering: Principles and Practices offers students<br />
and practicing engineers a concise, easy-to-understand approach to<br />
the principles and methods of soil and geotechnical engineering. This<br />
updated classic builds from basic principles of soil mechanics and<br />
applies them to new topics, including mechanically stabilized earth<br />
(MSE), and intermediate foundations.<br />
CONTENTS<br />
Chapter 1: Introduction<br />
Chapter 2: Igneous Rocks, Ultimate Sources for Soils<br />
Chapter 3: Special Problems with Sedimentary Rocks<br />
Chapter 4: Soils That Are Sediments<br />
Chapter 5: The Soil Profile<br />
Chapter 6: Soil Minerals<br />
Chapter 7: Particle Size and Gradation<br />
Chapter 8: Soil Fabric and Structure<br />
Chapter 9: Soil Density and Unit Weight<br />
Chapter 10: Soil Water<br />
Chapter 11: Pore Water Pressure, Capillary Water, and Frost Action<br />
Chapter 12: Soil Consistency and Engineering Classification<br />
Chapter 13: Compaction<br />
Chapter 14: Seepage<br />
Chapter 15: Stress Distribution in Soil<br />
Chapter 16: Settlement<br />
Chapter 17: Time-Rate of Settlement<br />
Chapter 18: Soil Shear Strength<br />
Chapter 19: Lateral Stress and Retaining Walls<br />
Chapter 20: Mechanically Stabilized Earth (MSE) Walls and an Introduction<br />
to Soil Nailing<br />
Chapter 21: Slope Stability and Landslides<br />
Chapter 22: Bearing Capacity of Shallow Foundations<br />
Chapter 23: Deep Foundations<br />
Chapter 24: Intermediate Foundations and Ground Improvement<br />
Chapter 25: Underground Conduits<br />
Chapter 26: In Situ Soil and Rock Tests<br />
Chapter 27: Introduction to Soil Dynamics<br />
Chapter 28: Geotechnical Investigation and Report<br />
Appendix A: Elastic Solutions for Horizontal Pressures on Retaining<br />
Walls Resulting from Surface Loads<br />
Index<br />
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