Application analysis of biomechanics-driven energy-saving design of residential buildings based on BIM technology
Abstract
Aiming at the problems existing in the water supply and drainage design of high-rise buildings, this paper starts with the application advantages and design process of BIM technology in the water supply and drainage design of high-rise buildings. Suggestions for promoting the sustainable development of science and technology are put forward for the reference of relevant persons in charge. In the architectural design industry, architectural design is not only a literary and artistic creation, but also a comprehensive engineering project involving multiple industries. It mainly contains a large amount of information, which must be collected, classified, analyzed, searched and transmitted by powerful technical means. Building information entity model BIM technology is a new concept, new concept and new technology existing in data building technology, which brings a strong technical support point for the development trend of building customization. This paper discusses the energy -saving design application of this small high-rise residence based on BIM technology. This paper also integrates the principles of biomechanics and biomimicry to further enhance the application of BIM technology in green energy-saving design. By simulating biological structures and ecosystems in nature, it optimizes the building’s energy management and structural performance, thereby designing more efficient and sustainable architectural solutions.
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