Kocheleva N. BInfluence of a foundation part on work of monolithic frameless multi-storey buildings (for sample monolithic buildings).

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0402U002572

Applicant for

Specialization

  • 05.23.02 - Основи та фундаменти

25-06-2002

Specialized Academic Board

К 26.833.01

State Enterprise "The State Research Institute of Building Constructions"

Essay

InThe thesis is devoted to problems of analysis of qualitative and quantitative in-fluencing of a construction of a foundation part on a tension of constructions of monolithic frameless of multi-storey buildings. The analysis is conducted: design systems of a building and foundation part, methods of an evaluation of the deformation mode of constructions of frameless buildings. Designed: a technique of calculations of values of the rigidity characteristics in view of shear strains, features of constructive scheme of a foundation part and constructive scheme of constructions of monolithic frameless of multi-storey build-ings; the scheme of approximating of constructions monolithic frameless buildings for their calculations on the deformed basis in conditions undermining territories and subsidence grounds; algorithm of account of monolithic buildings as systems "building - foundation part - deformed basis", grounded on reduced above to tech-nique; algorithm for account on hardness of a wall monolithic frameless of a build-ing as systems "wall - foundation - deformed basis" in view of influencing founda-tion turn on it. The outcomes of the analysis of calculation and guideline on a methodical op-erating sequence for choice of rational variants of a foundation part on the basis of a tension of building constitution at the deformed basis, which one includes a designed technique composed algorithm of definition deformation mode and algorithm of check on hardness of a wall on additional force originating at turn of the foundation from a plane. The most expedient constructive variants of a foundation part are defined, at application which one the constructive solution of a building will most rational on the basis of comparison of a tension of units constitution of a building at the de-formed basis.

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