2018
DOI: 10.1088/1757-899x/365/4/042039
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Investigation of conjugation nodes of a structure's loadbearing elements in the nonlinear formulation

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Cited by 2 publications
(2 citation statements)
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“…Since the structure has an increased level of responsibility, the values of reliability coefficients are as follows [7][8][9]: in the calculation of forces and stresses (according to the first group of limiting states) in the building structures, foundations and foundations of the building, is assumed to be γ n =1,1; in determining the displacements (in the second group of limiting states) of structures and deformations of the foundation, is assumed to be γ n = 1,0; in the calculation of emergency impacts ("progressive" failure) and seismic impacts is assumed equal to γ n =1,0. Uniformly distributed temporary loads on the floor slabs are assumed in accordance with the purpose of the premises.…”
Section: Design Loadsmentioning
confidence: 99%
“…Since the structure has an increased level of responsibility, the values of reliability coefficients are as follows [7][8][9]: in the calculation of forces and stresses (according to the first group of limiting states) in the building structures, foundations and foundations of the building, is assumed to be γ n =1,1; in determining the displacements (in the second group of limiting states) of structures and deformations of the foundation, is assumed to be γ n = 1,0; in the calculation of emergency impacts ("progressive" failure) and seismic impacts is assumed equal to γ n =1,0. Uniformly distributed temporary loads on the floor slabs are assumed in accordance with the purpose of the premises.…”
Section: Design Loadsmentioning
confidence: 99%
“…Конструкционные стали, используемые в строительстве, имеют одинаковые диаграммы деформирования на растяжение и сжатие. Такие конструктивные элементы, как стальные колонны и балки, даже сложного поперечного сечения при достаточном количестве точек интегрирования, могут быть рассчитаны с приемлемой точностью при моделировании стрежневыми элементами[128].Обобщенная диаграмма работы стали (рис. 2.4.1), а также значения характерных напряжений и деформаций приведены в СП 16.13330.2017[64].…”
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