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A platform for research: civil engineering, architecture and urbanism
Importance of modulus of elasticity in describing elastic-plastic behavior of rocks and building materials
By analysis of load-deformation characteristics of special cements it was possible to establish maximum permissible loads by determining admissible permanent deformations and defining effective E-modulus; functional relations between E-modulus, effective E-modulus, breaking strength, and constant for elasticity loss could be proved mathematically; existence of general law for behavior of rocklike materials seems indicated.
Importance of modulus of elasticity in describing elastic-plastic behavior of rocks and building materials
By analysis of load-deformation characteristics of special cements it was possible to establish maximum permissible loads by determining admissible permanent deformations and defining effective E-modulus; functional relations between E-modulus, effective E-modulus, breaking strength, and constant for elasticity loss could be proved mathematically; existence of general law for behavior of rocklike materials seems indicated.
Importance of modulus of elasticity in describing elastic-plastic behavior of rocks and building materials
Der elastizitaetsmodul im rahmen des elasto-plastischen verhaltens von gesteinen und baustoffen
Hesselbarth, K. (author)
1962
7 pages
Article (Journal)
German
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