Development of Mathematical Model of High Rise Apartment Buildings Construction Complex Quality Index Assessment

Author:

Lapidus A,Shesterikova Y

Abstract

Abstract A factor matrix was obtained and using regression equations the connection between the complex quality index and the values of the impact factors was determined. As a regression model, a linear regression quadratic and cubic models were used. It was determined that the most convenient form of noting a mathematical model while performing regression analysis calculations is an equation of a second-order polynomial. The research of the obtained mathematical model is made with the use of the methods of mathematical statistics - dispersion and correlation analyzes. It is proved that the mathematical model adequately describes the research process

Publisher

IOP Publishing

Subject

General Medicine

Reference20 articles.

1. Components and guidance for constructional rearrangement of buildings and structures within reorganization cycles;Volkov,2014

2. Statistical processing of the results of a multifactor experiment for an indicator of the effectiveness of organizational and technological solutions for the construction of enclosing structures;Govorukha;Science and Business: Development Paths,2018

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