开发一个稳态解，以确定地面楼板和地面以上墙体之间的热相互作用。特别是，针对各种隔热配置，评估了板/墙接缝处的热桥接效应。使用有限不同的数值技术和建筑围护结构和土壤中的温度场，确定和分析沿基面的热通量分布和总的板坯和墙壁热损失的内部和外部绝缘配置。发现地上楼板和地上墙体之间存在显著的热相互作用。特别是，发现向楼板或墙体添加隔热层会影响楼板和墙体的热性能。关键词:1997年，计算，热桥，性能，基础，地板，墙壁，板，隔热引文:研讨会，ASHRAE Trans。 1997年，第103卷，第一部分

Develops a steady state solution to determine the thermal interaction between a slab-on-grade floor and above-grade walls. In particular, the thermal bridging effects at the slab/wall joints are evaluated for various insulation configurations. Using a finite different numerical technique and temperature field within the building envelope and the soil, determines and analyses the heat flux profiles along the foundation surfaces and the total slab and wall heat losses for both interior and external insulation configurations. Finds that a significant thermal interaction exists between the slab-on-grade floor and the above-grade walls. In particular, finds that adding thermal insulation to the slab or to the walls affects the thermal performance of both the slab and the walls.KEYWORDS: year 1997, Calculating, thermal bridges, performance, foundations, floors, walls, slabs, thermal insulation