BEARING CAPACITY OF PRECAST FLOOR SLABS WITH PARTIALLY CONCRETED STEEL BEAMS

D.V. KONIN, A.S. KRYLOV, S.S. KAPRIELOV, I.A. CHILIN, I.V. RTISCHEVA, L.S. ROZHKOVA
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Abstract

The issues of modern construction with the use of precast reinforced concrete slabs as part of composite steel and concrete structures are considered. The rationale for the chosen research topic is given. The description and features of experimental models of the studied structures, materials and their characteristics are presented. The features of the support and loading of the models are given. The analysis of the results of testing prisms for shear and models of composite steel and concrete beams and full-sized ofcomposite steel and concrete slabs for bending is carried out. The types and nature of the destruction of models are presented, a table of destructive loads is formed. Graphs of displacements and stresses in structural elements are given. The evaluation of the existing calculation methods, their comparison with the experimental results is given. An assessment of the effect of partial concreting of steel I-beams as part of prefabricated composite steel and concrete structure and its effect on the load-bearing capacity is given.
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部分混凝土钢梁预制楼板承载力研究
使用预制钢筋混凝土板作为钢和混凝土组合结构的一部分的现代建筑的问题被考虑。给出了所选研究课题的基本原理。给出了所研究结构、材料及其特性的实验模型描述和特点。给出了模型的支承和荷载特点。对钢与混凝土组合梁的抗剪试验棱柱和模型以及钢与混凝土组合板的全尺寸抗弯试验结果进行了分析。提出了模型破坏的类型和性质,并编制了破坏荷载表。给出了结构单元的位移和应力图。对现有的计算方法进行了评价,并与实验结果进行了比较。评价了工字钢梁作为预制钢与混凝土组合结构的一部分,局部浇筑对其承载能力的影响。
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TAKING INTO ACCOUNT FLEXIBILITY WHEN CALCULATING THE STRENGTH OF CENTRALLY COMPRESSED SQUARE-SECTION TUBULAR CONCRETE COLUMNS FUNCTIONAL APPROACH IN THE CONDITIONS OF RECONSTRUCTION PLANNING ELEMENTS OF THE RESIDENTIAL ENVIRONMENT OF THE CITY HISTORICAL CENTER MODELING OF IMPACTS ON STEEL FRAMES OF BUILDINGS ON A DEFORMABLE SOIL BASE STATE AND MAIN PROBLEMS OF A CONSTRUCTION COMPLEX OF THE DONETSK PEOPLE'S REPUBLIC PROBABILISTIC APPROACH FOR ASSESSING THE ROBUSTNESS OF STRUCTURAL SYSTEMS MADE OF PRECAST AND MONOLITHIC REINFORCED CONCRETE
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