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Principles of thermal insulation using lightweight concrete M 0 Mannonen
High strength lightweight aggregate concrete P L Owens
13 other sections not shown
aerated concrete apMaTypu Basic Mix behaviour Beitrag Beton béton léger caisson calculation cement ceramsite concrete Coarse aggregate collision compressive strength compressive stresses concrete hull concrete ships concrete structures construction cost crack cylinder dense concrete deTOHa deTOHOB durability Eastern Scheldt effect epMu explosion ferrocement fiir FIP Commission FIP Congress floating structures formwork Fougner girders high strength increase kg/m layer Leichtbeton lightweight aggregate concrete lightweight concrete longitudinal lower density concrete marine structures material method mix design N/mm normal weight concrete pa3MepoM perlite piers possible pozzolanic precast prefabricated prestressed concrete prestressed concrete ships problems properties reduced reinforced concrete reliability-analysis safety shear shear strength shear stress shell ships and floating slabs steel Structural Lightweight surface tanker techniques temperature tendons tensile tests thermal capacity thermal conductivity thermal insulation thickness tion torsion trusses vessels walls wave