Title :
Technological tasks of erection process modelling of enclosing structures made of high porous haydite concrete in monolithic sheathing
Author :
Ryazanova, G.N. ; Kamburg, V.G. ; Baranova, T.I. ; Tkachenko, A.N.
Author_Institution :
Penza State Univ. of Archit. & Constr., Penza
Abstract :
The Western firms such as "Plastbau", "Doka", "Dyrisol", "Veloks" and others suggest their products nowadays at the Russian construction market in the field of monolithic structures erection in non-removable sheathing. The main heat insulating material in inclosing structures produced by the firms named above is foam polystyrene that in spite of all its advantages has some considerable restrictions in use dealing with ecology and fire-resistance. The structure of enclosure presents the system of volumetric block made of cement-shaving slab (CSS) with high porous haydite concrete filling constructed in-situ. The structure is rather heat resistant, highly durable and fire resistant and ecologically safe. The most important advantage is low price of structure and low labour-consuming character while erecting as the wall, including exterior finishing, is being constructed for one technological cycle, cutting the erection terms and it\´s a very important factor in the process of construction the so-called "social" dwelling.
Keywords :
cements (building materials); concrete; ecology; polymer foams; slabs; structural engineering; CSS; Doka; Dyrisol; Plastbau; Russian construction market; Veloks; cement-shaving slab; ecology; erection process modelling; fire-resistance; foam polystyrene; heat insulating material; high porous haydite concrete; monolithic sheathing; monolithic structures; Building materials; Cascading style sheets; Concrete; Construction; Environmental factors; Filling; Finishing; Fires; Insulation; Slabs;
Conference_Titel :
Strategic Technologies, 2008. IFOST 2008. Third International Forum on
Conference_Location :
Novosibirsk-Tomsk
Print_ISBN :
978-1-4244-2319-4
Electronic_ISBN :
978-1-4244-2320-0
DOI :
10.1109/IFOST.2008.4602997