Beautoklavis akytas betonas. Monografija - Remonto Gidas

Deformations of composite material were investigated while
density was fluctuating from 600 to 1000 kg/m 3 . It is was fixed that
insertions of large fraction especially reduce deformations of composite
material shrinkage, fibrous additives practically do not change
these deformations.
Data about desiccation deformations of steamed foam cement
concrete are presented in monograph. They are compared with deformations
of the same naturally stiffened concrete.
The maximum temperature of steaming, till which reinforcing
grid of vitreous texture does not fragment, is determined.
Results of shock strength of thin partition composite materials are
presented in this monograph, results of researches of other type
thermal insulating composite materials which matrix is nonautoclaved
foam cement, fillers are varied in size and configuration
granules of foam polystyrene or shredded wastes of tare of foam
polystyrene are also presented. It is determined that better adhesion
of these fillers with fillers of composite material is received when
fillers are hydrofilized ahead. The influence of fillers to properties
of new composite material – compressive and flexion strengths, thermal
conduction, conduction of water steam, permanent humidity, is
presented.
Regressive equations are deduced to describe these properties.
Separate chapters are dedicated to running researches of new
composite materials, new technologies of non-autoclaved porous
concrete and for usage of new materials and composite materials, by
using non-autoclaved porous concrete, in building constructions.
The monograph is dedicated to students of technical speciality
professions, to engineeres and organizations of production
employees.
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