The Science of Construction MaterialsSpringer Science & Business Media, 18 sept. 2009 - 308 pages The Science of Construction Materials is a study and work book for civil engineering students. It includes a large number of thoroughly prepared calculation examples. The book is also suitable for self-study for the researcher and practicing civil engineer. |
Table des matières
Thermodynamic concepts | 2-2 |
List of key ideas 2 16 | 2-17 |
28 | 2-29 |
CHAPTER 1 | 3-1 |
List of key ideas 3 23 | 3-23 |
Exercises 3 | 3-36 |
List of key ideas 4 22 | 4-23 |
34 | 4-36 |
List of key ideas 6 23 | 6-24 |
34 | 6-34 |
APPENDIX | A-1 |
Exact differential A 26 | A-26 |
3 | B-1 |
Thermochemical data 2 cementchemical compounds B 18 | B-18 |
Surface tension B 25 | B-25 |
Solutions to check up questions and exercises | C-1 |
concepts used for describing the composition and properties of substances John Dalton 17661844 | 5-1 |
Systems of matter | 5-3 |
List of key ideas 5 16 | 5-16 |
Electrochemistry | 6-2 |
31 | C-5 |
The Avogadro constant 1 5 | D-1 |
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Expressions et termes fréquents
according activity adiabatic amount analysis anode applies approximately assumed atmospheric atoms Calculate carbon cell cement charge chemical coefficient concentration concrete condition conductivity connected considered constant contains corresponding corrosion definition denotes dependence described determined diagram difference differential dimensional electric electrochemical electrode electrolyte energy enthalpy entropy equation equilibrium equilibrium potential evaporation example Exercise expression field Figure force free energy function galvanic given hardening heat capacity hydrogen ideal gas increase independent internal introduced ions iron isothermal J/mol mass materials measure metal molar obtain occurs oxidation parameters partial pressure phase physical potential pressure properties quantities range reaction reduction reference relation result reversible saturated seen shows solid solution specify standard steel substance supplied surface surface tension surroundings temperature thermodynamic transformation uncertainty unit variables volume water vapour