The Structure of Concrete and Its Behaviour Under Load: Proceedings of an International Conference, London, September 1965 |
Contents
Concrete as a composite material | 1 |
Theories of multiphase materials applied to concrete cement mortar and cement paste | 16 |
The delayed elastic deformation of concrete as a composite material | 24 |
Copyright | |
34 other sections not shown
Common terms and phrases
aggregate American amount applied average beam behaviour biaxial bond bond strength caused cement paste complete component compression compressive stress considerable considered constant crack creep curing curve decrease deformation dependent determined direction Discussion drying effect elastic energy equation expansion experimental factor failure fatigue Figure forces fracture given hardened cement paste humidity hydration increase indicated influence initial Institute International Conference Journal lb/inē limit load material matrix maximum mean measured mechanism method microcracks modulus mortar normal observed obtained occurs particles period phase possible present pressure Proceedings propagation properties range ratio recovery reference relationship relative represented Research restraint Session shear shown shows shrinkage solid specimens strain strength stress Structure of Concrete surface surface tension temperature tensile tension tests theory time-dependent tion ultimate uniaxial volume