Construction Materials, Methods, and Techniques: Building for a Sustainable Future, 5th Edition

Eva Kultermann, William P. Spence

Copyright 2022
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Construction Materials, Methods, and Techniques: Building for a Sustainable Future 5th Edition by Eva Kultermann/William P. Spence

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Overview
Meet the Authors
Features
Table of Contents
Pricing

Overview

This comprehensive text provides a thorough overview of sustainable methods for site, residential and commercial building construction, covering both traditional and contemporary materials, current industry standards and new and emerging technologies. Organized according to the Construction Specifications Institute (CSI) MasterFormat® standards, the text follows a logical structure that charts the sequence of construction step-by-step from project inception to completion.

Readers will find ample, up-to-date information on the latest industry advances and best practices, as well as relevant building codes, all within a dynamic, reader-friendly new design. A wealth of instructor resources make it easier to help your students gain a clear understanding of today's construction materials, methods and techniques, providing a critical foundation for career success.

Meet the Authors

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Eva Kultermann

Eva Kultermann is Associate Professor and Associate Dean of Academic Affairs in the College of Architecture at Illinois Institute of Technology, where she teaches courses in architectural design, material technologies, and energy conscious/sustainable design. In 2011 she was awarded the Excellence in Teaching Award for the College of Architecture. Formerly, she taught at the University of Arkansas and won the school's Outstanding Faculty Teaching Award. She also worked as a professional builder, carpenter foreperson, and project manager. Ms. Kultermann is a licensed architect who holds a carpentry diploma from Northwest Arkansas Vocational Technical School, a Bachelor of Architecture from the University of Arkansas, and a Master of Science in Energy Efficient Architecture from Oxford Brooks University in England.

William P. Spence

William P. Spence was Dean of the College of Technology as well as Professor of Construction Engineering Technology emeritus at Pittsburg State University in Kansas. He also enjoyed an active career as a full-time author of more than 30 technical construction books. Mr. Spence passed away in 2016.

Features

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Located at the end of each chapter, numerous hands-on activities provide realistic opportunities for readers to apply what they have learned by putting concepts into practice in ways relevant for today's industry.
An abundance of useful learning features are integrated into the chapter contents to help readers master the material more readily. Examples include Chapter Learning Objectives, Key Terms, and Review Questions to help boost comprehension and focus attention on key concepts within each chapter.
"Construction Materials, Methods, and Techniques" features throughout the text showcase groundbreaking materials and practices, providing detailed information on key industry advances and other areas of interest.
Numerous real-world case studies, many focusing on construction projects that have received Green or LEED certification, demonstrate how various strategies, concepts and construction materials can be used for success in today's industry.
The book's unique organization follows a logical sequence that mirrors the typical progression of a construction project. This helps readers gain familiarity with typical industry practices while facilitating learning, providing a solid foundation of knowledge before exploring the specific requirements of each stage of construction.
This unique text is the only resource of its kind that follows the Construction Specifications Institute (CSI)'s MasterFormat® specifications system. The Fifth Edition is organized by selected divisions referencing the 2020 edition of the MasterFormat and the 2009 edition of the GreenFormat.

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PART I: INTRODUCTION
1. The Construction Industry: An Overview
2. Regulatory Constraints, Standards and Sustainability
PART II: SITE CONSTRUCTION AND EARTHWORK
3. Properties of Materials
4. The Building Site
5. Soils
6. Foundations
PART III: CONCRETE AND MASONRY
7. Concrete
8. Cast-In-Place Concrete
9. Precast Concrete
10. Mortars for Masonry Walls
11. Clay Masonry
12. Concrete Masonry
13. Stone
14. Masonry Construction
PART IV: METALS, WOOD, AND PLASTICS
15. Ferrous Metals
16. Nonferrous Metals
17. Steel Frame Construction
18. Wood, Plastics, and Composites
19. Products Manufactured from Wood
20. Wood and Metal Light Frame Construction
21. Heavy Timber Construction
22. Finishing the Exterior and Interior of Light Wood Frame Buildings
23. Plastics
PART V: THERMAL AND MOISTURE/OPENINGS/FINISHES
24. Thermal Insulation and Vapor Barriers.
25. Bonding Agents, Sealers, and Sealants
26. Bituminous Materials
27. Roofing Systems
28. Glass
29. Doors, Windows, Entrances, and Storefronts
30. Cladding Systems
31. Interior Finishes, Paints, and Coatings
32. Acoustical Materials
33. Interior Walls, Partitions, and Ceilings
34. Flooring
PART VI: SPECIALTIES, EQUIPMENT, AND FURNISHINGS
35. Specialties, Equipment and Furnishings
PART VII: SPECIAL CONSTRUCTION AND CONVEYING SYSTEMS
36. Special Construction
37. Conveying Systems
38. Fire-Suppression Systems
39. Plumbing Systems
40. Heating, Air-Conditioning, Ventilation, and Refrigeration
41. Electrical Equipment and Systems
42. Electronic Signal and Security Systems
Appendices
Construction Materials/Methods/Techniques
Case Studies