А study on increasing the energy efficiency of buildings on rail transport

Abstract

Рассмотрен вопрос повышения энергоэффективности объектов инфраструктуры железнодорожного транспорта. Изучены особенности распределения температуры воздуха в фильтруемой трещине и процессы формирования температурного поля на поверхности ограждения. Получено математическое выражение температурного поля на поверхности ограждающих конструкций зданий как функции их износа. Предложен метод оценки теплозащитных свойств наружных стен в зависимости от температурных колебаний внутри помещения.

New Methodology for Designing External Fencing Structures Energy Efficient Civil Buildings

“…From an analysis of literary sources and experience in the construction of civil buildings on the territory of the Republic of Uzbekistan, it was found that one of the most effective in their properties and manufacturing techniques for the construction of the exterior walls of buildings is a single-layer fencing made of cellular concrete. However, it is obvious that in order to solve the problem of creating wall fencing for energy-efficient buildings, a comprehensive approach is needed, which includes the formation of requirements for external walls that differ in static function and heat-shielding properties, determining the optimal structure of the material and developing appropriate technological methods that allow the construction to achieve the required qualities, design parts and assemblies that exclude heat transfer [15][16].…”

Experimental research of structural organization of heat-insulating structural building materials for energy efficient buildings

“…Taking into account many factors influencing the peculiarities of structural formation of materials, relying only on experimentally obtained results, the creation of new effective structural and thermal insulation materials is a long and very expensive process. Therefore, the development and development of reliable methods of mathematical modeling to assess the processes occurring in these materials and products to improve the structural and thermal insulation properties of the projected materials is an urgent task [3].…”