PDF] INFLUENCE OF THERMAL EXCHANGE COEFFICIENT ON THE HEAT RETENTION RATE OF A CONCRETE WALL CONTIGUOUS TO A THERMAL INSULATION TOW-PLASTER
In this article, we study the influence of the heat transfer coefficient on the heat retention rate per unit length of a wall made of concrete attached to the tow-plaster. The study is done in frequency dynamic regime established conditions. For different values of the exciting pulse, we evaluate the thermal inertia of the wall. The wall has a length of 0.1m including 0.05m of concrete and 0.05m thermal insulating plaster-tow. The thermal conductivity of concrete is about 10 times greater than that of the tow-plaster material. The results show that the thermal behavior of the wall depends partly outdoor climatic constraints. The duration of the outdoor climatic stresses related to the excitation pulse is an important factor on the thermal inertia of the wall. The thermal inertia of the wall is also dependent on the heat exchange coefficient on the surface of the material, its thermophysical properties and initial temperature of the material.
Comparative analysis of residential building envelopes newly
Fire performance of non‐load‐bearing double‐stud light steel frame walls: Experimental tests, numerical simulation, and simplified method - Alves - 2022 - Fire and Materials - Wiley Online Library
eCFR :: 24 CFR Part 3280 -- Manufactured Home Construction and Safety Standards
PDF) Influence of Thermal Exchange Coefficient on the Heat
Ht analysis of conduction through wall OEP
Soundproofing vs Sound Absorbing – Explaining the Difference
PDF) Influence of Thermal Exchange Coefficient on the Heat
Ht analysis of conduction through wall OEP
Sustainability, Free Full-Text
81678 03
PDF) Influence of Heat Exchange Coefficients on Both Optimized
Thermal performance of cavities in 3DPC building façades
Thermal performance of cavities in 3DPC building façades
Federal Register :: Occupational Exposure to Respirable Crystalline Silica
