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Visual block-based programming is useful for various users such as novice programmers because it provides easy operations and improves the readability of programs. VECTORWORKS VIEWER 12.5 DOWNLOAD UPDATEThe VPL approach is flexible enough to modify the created nodes and links to build new or update the existing checking rules and thus facilitates the design checking process performed by designers, architects and urban designers. VECTORWORKS VIEWER 12.5 DOWNLOAD CODEThe developed approach is capable to access data and information available in the BIM model during the preconstruction phase to automate the design evaluation complied with the energy code criteria. This paper presents a BIM-based approach for automating compliance checking of the Egyptian code for enhancing energy efficiency in commercial buildings by virtue of visual programming language (VPL). The Energy Efficiency Code Compliance Checking (EECCC) is one of the most vital issues in making buildings low carbon, energy efficient and meet green standards, especially amid the urgent actions needed to offset climate change risks and attain sustainable development goals. In developing countries, building code compliance is not receiving enough attention from local authorities. Energy efficiency in buildings can result in mitigating energy use. Such huge increase of population would need housing and dwellings to accommodate such increase. The study’s contribution lies in: 1) the detection of the required building level of abstraction for a holistic DT ecosystem, 2) the definition of the interconnections between the building-related counterparts and the rest of the virtual environment as well as the data required for their parameterization, and 3) proposing a semi-automated workflow via virtual programming, for BIM-based creation of the building model within a holistic DT ecosystem.Ĭities around the world are facing many challenges in terms of population increase, energy consumption, transport, traffic congestion and water supply that result in huge waste, air pollution and colossal emissions of greenhouse gases, mainly CO2. VECTORWORKS VIEWER 12.5 DOWNLOAD MANUALThrough a comparative case study, the proposed workflow is compared to a manual one in terms of integrity and benefits. Within the abstracted representation of the overall system, the article explores the possibilities of parametrizing the DT of the building, interconnected with the rest of the factory elements, by acquiring information directly from existing BIM models. The hybrid simulation is based on Discrete Event System Specification (DEVS) formalism, where the building is incorporated as a building energy model (BEM). Based on a methodology including hybrid simulation, building information modeling (BIM), and visual programming, a semi-automated data acquisition workflow was proposed. The particular focus of the study is the building representation in this DT ecosystem for energy-efficient production. The integration of multiple DTs of these subsystems in a hybrid (continuous and discrete) simulation forms a holistic DT ecosystem of an existing facility. The article briefly presents a holistic modeling and simulation framework, utilizing modular digital twins (DTs) of all elements that may constitute a given industrial unit. VECTORWORKS VIEWER 12.5 DOWNLOAD HOW TOThe research question this study addresses is how to digitally couple these subsystems and optimize the overall system’s performance in terms of energy and resource efficiency, by distancing from silo-field thinking while using an integrated analysis approach. This requires an interdisciplinary approach, extending over production and logistic processes as well as the building, technical building services, and energy supply systems, consolidated through integrated modeling and simulation-based optimization. Industry 4.0, through extensive digitalization along the value chain, enables the achievement of these objectives not only in the construction of new facilities but also in existing facilities as well. Energy and resource efficiency as well as reduction of emissions are nowadays significant objectives for production companies. ![]()
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