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Smart composite in construction
Journals / Smart composite in construction / Volume 4 Issue 4 / Gradient model of liquid adhesion on the building material surface
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691-404 539.61

GRADIENT MODEL OF LIQUID ADHESION ON THE BUILDING MATERIAL SURFACE Gradient model of liquid adhesion on the building material surface

Published in Smart composite in construction · Pages 30–49 · Rubric: Construction materials and products
DOI: https://doi.org/10.52957/2782-1919-2024-4-4-30-49
Received: 26.10.2023 Accepted: 12.12.2023 Published: 23.12.2023
Authors
AL
Aleksey Ignatyev
VA
Valeriy Gotovcev
PA
Pavel Razgovorov
ABSTRACT
Considerable energy resources are consumed in the production of building materials, during construction and installation works, for operation with current and major repairs, reconstruction, dismantling, utilisation and recycling. As a rule, these energy resources are non-renewable, therefore, for energy saving purposes, it is necessary to take into account the total energy consumption of capital construction facilities during their life cycle. The authors have proposed the structure of a relational database of building materials energy intensity to calculate energy costs. The proposed database contains a list of building materials and energy intensity values at all stages of the life cycle. The novelty of the database is the division of materials by building elements (replaceable, non-replaceable). The article presents fragments of energy intensity calculation of the apartment building life cycle in the Ivanovo city using the proposed database.
KEYWORDS
liquid – solid material surface, stress tensor, sitting drop, surface energy, internal pressure, liquid adhesion model
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