| 《土木工程材料》:普通高等教育“十二五”规划教材 |
| chater i introduction 1.1 material science and engineering 1.2 a historical ersective 1.2.1 critical osition incivil engineering 1.2.2 historicalrogress 1.2.3 future tendency 1.3 classification, roerties and selection 1.3.1 classification 1.3.2 roerties 1.3.3 selection and use 1.4 standards roblems chater 2 concets of civil engineering materials 2.1 hysical roerties 2. 1. 1 density, aarentdensity, bulk density and loose density 2.1.2 solidity andorosity 2.2 mechanical roerties ~ 2.2.1 strength 2.2.2 stress and strain 2.2.3 elastic and lasticdeformation . 2.2.4 brittleness, ductilityand toughness 2.2.5 hardness and wearresistance 2.3 roerties related to wate 2.3.1 hydrohilic &am;hydrohobic roerty 2.3.2 water absortion andhygroscoicity 2.3.3 water resistance 2.3.4 imermeability 2.3.5 freezing and thawingresistance 2.4 durability roblems chater 3 inorganic binding materials 3.1 introduction 3.1.1 hydraulic cement 3.1.2 nonhydrauliccement 3.2 ortland cement 3.2.1 manufacture 3.2.2 cement chemistry 3.2.3 hydration 3.2.4 ores in hydrated cement 3.2.5 roerties 3.2.6 corrosion andrevention 3.3 mineral admixtures and blended cements 3.3.1 mineral admixtures 3.3.2 blended cements 3.4 other tyes of cement 3.4. l high-aluminacement 3.4.2 white cement 3.4.3 exansive cement 3.4.4 low-alkali cement roblems chater 4 aggregates 4.1 introduction 4.2 classification 4.2.1 based on source ormethod of manufacture 4.2.2 based on size 4.2.3 based on density 4.3 roerties 4.3.1 article shae andsurface texture 4.3.2 states based on moisturelevel 4.3.3 strength, modulus ofelasticity and imact value 4.3.4 chemicalroerties 4.3.5 soundness, abrasionresistance and durability …… |
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