Developing a Workflow to Integrate Tree Inventory Data into Urban Energy Models

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2018-06-04
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Hashemi, Farzad
Assistant Professor Assistant Professor
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Marmur, Breanna
PhD. Student
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Passe, Ulrike
Professor
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Thompson, Janette
Morrill Professor
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Architecture

The Department offers a five-year program leading to the Bachelor of Architecture degree. The program provides opportunities for general education as well as preparation for professional practice and/or graduate study.

The Department of Architecture offers two graduate degrees in architecture: a three-year accredited professional degree (MArch) and a two-semester to three-semester research degree (MS in Arch). Double-degree programs are currently offered with the Department of Community and Regional Planning (MArch/MCRP) and the College of Business (MArch/MBA).

History
The Department of Architecture was established in 1914 as the Department of Structural Design in the College of Engineering. The name of the department was changed to the Department of Architectural Engineering in 1918. In 1945, the name was changed to the Department of Architecture and Architectural Engineering. In 1967, the name was changed to the Department of Architecture and formed part of the Design Center. In 1978, the department became part of the College of Design.

Dates of Existence
1914–present

Historical Names

  • Department of Structural Design (1914–1918)
  • Department of Architectural Engineering (1918–1945)
  • Department of Architecture and Architectural Engineering (1945–1967)

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Natural Resource Ecology and Management
The Department of Natural Resource Ecology and Management is dedicated to the understanding, effective management, and sustainable use of our renewable natural resources through the land-grant missions of teaching, research, and extension.
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Abstract

Building energy simulation is of considerable interest and benefit for architects, engineers, and urban planners. Only recently has it become possible to develop integrated energy models for clusters of buildings in urban areas. Simulating energy consumption of the built environment on a relatively large scale (e.g., such as a neighborhood) will be necessary to obtain more reliable results, since building energy parameters are influenced by characteristics of the nearby environment. Therefore, the construction of a 3-D model of urban built areas with detail of the near-building environment should enhance simulation approaches and provide more accurate results. This paper describes the process of integrating urban forest inventory data into a 3-D energy model for a US Midwest neighborhood, including building footprint, parcel and tree data. This model was prepared for use in the Urban Modeling Interface (umi) tool to analyze the effect of tree shading on building energy performance. We used Grasshopper 3-D, the Meerkat plug-in, and GIS to integrate these datasets for model generation.

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This conference presentation is published as Hashemi, F., Marmur, B., Passe, U., & Thompson, J. Developing a workflow to integrate tree inventory data into urban energy models. SimAUD 2018 Symposium on Simulation for Architecture and Urban Design. June 4-7, 2018. Tu Delft, Delft, The Netherlands. Posted with permission.

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Mon Jan 01 00:00:00 UTC 2018