利用边距法寻找锥体桩的承载力储量

A. Morgun, I. Met, I. Shevchenko
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摘要

文尼察国立技术大学建设在其发展的历史方面是国民经济的突出分支之一。设计的首要任务是确定建筑结构的强度。因此,TDS的研究和相关计算是施工中最重要的。在微观层面上,技术对象的数学模型是一个偏导数微分方程系统,其精确解只能在少数偏情况下得到,因此采用泊松思想的数值方法建立离散模型。计算机的密集发展和广泛使用极大地拉近了基础数学问题与应用数学问题的距离,加强了它们之间的相互作用。一种新的、强大的、通用的研究方法——数值实验的出现,把以前从未有过的物理问题的内容、它的数学公式、数值计算方法和现代计算机紧密地联系在一起。工作中采用边界元数值法。利用塑性流动理论的关系是发展基础和基础结构的一条很有前途的途径,而土力学的发展水平对决策的效率和可靠性有很大的影响。提高桩承载力的一种方式是,除了考虑地基的非线性作用外,还通过扩大地基布置砾石添加剂。脚跟区域的压实土可以将较高的荷载传递给桩。
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SEARCH FOR RESERVES OF BEARING CAPACITY OF PYRAMIDAL PILES USING BEM
Vinnytsia National Technical University Construction – is one of the prominent branches of the national economy in the historical aspect of its development. The leading task of the designing is to determine the strength of building structures. Therefore, TDS research and related calculations are most responsible in construction. Mathematical model of a technical object at the micro level is a system of differential equations in partial derivatives, the exact solution of which can be obtained only in a few partial cases, so a discrete model is built using numerical methods that use Poisson's idea . Intensive development and widespread use of computers significantly brought fundamental mathematical problems closer to applied ones, strengthened their interaction. The emergence of a new, powerful and general method of research - numerical experiment, as never before closely linked the physical content of the problem, its mathematical formulation, numerical methods of calculation and modern computers. The numerical method of boundary elements is used in the work. A promising way to develop foundations and foundation structures is the usage of the relations of the theory of plastic flow, and the level of development of soil mechanics significantly affects the efficiency and reliability of decisions. One of the types of raising the bearing capacity of piles is, in addition to taking into account the nonlinear work of the soil base, also the arrangement by expanding the soil base of gravel additives. Compacted soil in the heel area allows to transfer higher loads to the pile.
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THE INFLUENCE OF HEAT-CONDUCTIVE INCLUSIONS ON THE ENERGY EFFICIENCY OF THE EXTERNAL WALLS OF A DWELLING BUILDING WITH A MONOLITHIC FRAME STRUCTURAL CHANGES IN THE ENERGY SUPPLY OF THE HOUSING FUND OF UKRAINE FEATURES OF PLANNING REHABILITATION DEPARTMENTS FOR VETERANS: AN ANALYSIS OF INTERNATIONAL EXPERIENCE INTEGRATION OF ALTERNATIVE ENERGY SOURCES INTO PUBLIC BUILDINGS' HEATING SYSTEMS PRINCIPLES OF APPLICATION OF THE SOIL EINFORCEMENT METHOD WITH HORIZONTAL ELEMENTS IN COMPLEX SOIL CONDITIONS
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