Использование природных энергетических ресурсов (солнечной энергии) при бетонировании монолитных
This document appears to be a dissertation related to the use of natural energy resources, specifically solar energy, for concrete construction. It covers methods for improving concrete curing using solar energy, including the use of various coverings and analyzes the effectiveness of different approaches in both summer and winter conditions. The research examines the impact of different materials, layering, and air gaps on the temperature of the concrete and its subsequent strength.
Asosiy mavzular
- Effective Curing Methods Using Solar Energy: This section investigates various methods to enhance concrete curing by harnessing solar energy. It studies different coatings like polymer films, metallic films, and soil layers, assessing their impact on concrete temperature and strength. The study highlights the effectiveness of transparent coatings in maximizing solar energy absorption and retention.
- Accelerated Curing in Winter Conditions: This section focuses on utilizing solar energy to accelerate concrete curing during winter. It analyses climate data and explores the use of transparent insulation to maintain concrete temperatures above freezing. The research assesses the optimal number of film layers and air gap thickness to achieve effective curing despite low ambient temperatures.
- Analysis of coatings: This section details an analysis of various coatings, including both transparent and opaque options, to find the most optimal coating for harnessing the sun's energy.
- Thermal Performance and Temperature Regulation: This topic explains in-depth about how temperature has performed and regulated by using solar energy in different conditions.