Description
Structure & properties of engineering materials. 5° Ed
Author: HENKEL
Language: English
Subject for Structure & properties of engineering materials. 5° Ed:
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the book of HENKEL
Publication date: 04-2001
512 p. · 23.4x15.6 cm · Hardback
512 p. · 23.4x15.6 cm · Hardback
Description
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Henkel & Pense, STRUCTURE & PROPERTIES OF ENGINEERING MATERIALS 5/e provides an updated look at various engineering materials, including metals, metal alloys, polymers, ceramics and composites. Best suited for a second-level materials course, or a first course focusing on structures & properties, the new edition outlines and describes how structural aspects of materials determine their use in engineering.
I Introductory Materials Concepts 1 Structure and Properties 2 Deterioration of Material Properties II Strengthening Mechanisms 3 Solid-Solution Strengthening 4 Deformation Hardening and Annealing 5 Multiphase Stregthening 6 Precipitation Hardening 7 Martensitic Transformation III Metallic Materials Engineering 8 Low-Carbon Steels 9 Medium Carbon Steels 10 High Carbon Steels 11 Stainless Steels 12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
2 Deterioration of Material Properties II Strengthening Mechanisms 3 Solid-Solution Strengthening 4 Deformation Hardening and Annealing 5 Multiphase Stregthening 6 Precipitation Hardening 7 Martensitic Transformation III Metallic Materials Engineering 8 Low-Carbon Steels 9 Medium Carbon Steels 10 High Carbon Steels 11 Stainless Steels 12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
3 Solid-Solution Strengthening 4 Deformation Hardening and Annealing 5 Multiphase Stregthening 6 Precipitation Hardening 7 Martensitic Transformation III Metallic Materials Engineering 8 Low-Carbon Steels 9 Medium Carbon Steels 10 High Carbon Steels 11 Stainless Steels 12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
5 Multiphase Stregthening 6 Precipitation Hardening 7 Martensitic Transformation III Metallic Materials Engineering 8 Low-Carbon Steels 9 Medium Carbon Steels 10 High Carbon Steels 11 Stainless Steels 12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
7 Martensitic Transformation III Metallic Materials Engineering 8 Low-Carbon Steels 9 Medium Carbon Steels 10 High Carbon Steels 11 Stainless Steels 12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
8 Low-Carbon Steels 9 Medium Carbon Steels 10 High Carbon Steels 11 Stainless Steels 12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
10 High Carbon Steels 11 Stainless Steels 12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
12 Cast Irons 13 Aluminum Alloys 14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
14 Copper and Copper Alloys 15 Magnesium Alloys 16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
16 Titanium Alloys 17 Metals for High-Temperature Service IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
IV Nonmetallic Materials and Composites Engineering 18 Engineering Polymers 19 Ceramics and Glasses 20 Composite Materials
19 Ceramics and Glasses 20 Composite Materials
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