Schematic Flowchart for Developed Approach to Integrate BIM and GIS Models for Wind Damage Analysis
Logic Behind Developed Algorithm in Terms of Revit Dynamo to Link Between GIS Shapefile and Parametric BIM Model
Parametric BIM Modeling Python Algorithm to Convert 2D Building Footprint to 3D Solid Building
Schematic Workflow to Transform 2-D GIS Community Model to 3-D Integrated BIM-GIS Model of Community
Community-Level Geometry Generation for Buildings: (A) BIM Model of Community; (B) Low-Resolution Geometry; (C) High-Resolution Geometry; (D–E) Close-up Views on Buildings Showing Size of Mesh Used to Generate Geometry
Modeled Digital Wind Tunnel Along with Resulted Wind Flow Across Community: (A) Digital Wind Tunnel Setting; (B) Wind Flow Across Community; (C) Close-up View on Modeled Wind Flow
Spatial Variation of Wind Speed and Wind Pressure at Community-Level: (A) Wind Speed Contour Across Community; (B) Wind Pressure on Buildings; (C) Wind Profile One Across Buildings; (D) Wind Profile Two Across Buildings
Geographical Location of Mexico Beach with Respect to State of Florida with Close-up View on Chosen Study Area Within Mexico Beach, FL
Evolution of Hurricane Michael in the Gulf of Mexico and Its Landfall on the US Along with Spatial Variation of Wind Speed Across Southeast of the US
Building Footprint for Study Area in Mexico Beach, FL Along with New BIM and GIS Model: (A) Footprint for Buildings Within Study Area; (B) BIM Model for Community; (C) BIM Model of Community Georeferenced in 3-D GIS Environment
Modeled Wind Flow for Study Area: (A) Spatial Distribution of Wind Speed Across Community; (B) Close-up View on Wind Speed Contours
Wind Pressure Distribution: (A) Distribution of Surface Wind Pressure on Buildings Across Community; (B) Close-up View on Building-Level Wind Press Distribution
Wind Flow Analysis Results: (A) Wind Flow Lines Across Community Color-Coded Based on Variation of Their Wind Speed; (B) Close-up View on Variation in Wind Flow and Wind Speed
Schematic Flowchart for Developed Approach to Integrate BIM and GIS Models for Wind Damage Analysis
Logic Behind Developed Algorithm in Terms of Revit Dynamo to Link Between GIS Shapefile and Parametric BIM Model
Parametric BIM Modeling Python Algorithm to Convert 2D Building Footprint to 3D Solid Building
Schematic Workflow to Transform 2-D GIS Community Model to 3-D Integrated BIM-GIS Model of Community
Community-Level Geometry Generation for Buildings: (A) BIM Model of Community; (B) Low-Resolution Geometry; (C) High-Resolution Geometry; (D–E) Close-up Views on Buildings Showing Size of Mesh Used to Generate Geometry
Modeled Digital Wind Tunnel Along with Resulted Wind Flow Across Community: (A) Digital Wind Tunnel Setting; (B) Wind Flow Across Community; (C) Close-up View on Modeled Wind Flow
Spatial Variation of Wind Speed and Wind Pressure at Community-Level: (A) Wind Speed Contour Across Community; (B) Wind Pressure on Buildings; (C) Wind Profile One Across Buildings; (D) Wind Profile Two Across Buildings
Geographical Location of Mexico Beach with Respect to State of Florida with Close-up View on Chosen Study Area Within Mexico Beach, FL
Evolution of Hurricane Michael in the Gulf of Mexico and Its Landfall on the US Along with Spatial Variation of Wind Speed Across Southeast of the US
Building Footprint for Study Area in Mexico Beach, FL Along with New BIM and GIS Model: (A) Footprint for Buildings Within Study Area; (B) BIM Model for Community; (C) BIM Model of Community Georeferenced in 3-D GIS Environment
Modeled Wind Flow for Study Area: (A) Spatial Distribution of Wind Speed Across Community; (B) Close-up View on Wind Speed Contours
Wind Pressure Distribution: (A) Distribution of Surface Wind Pressure on Buildings Across Community; (B) Close-up View on Building-Level Wind Press Distribution
Wind Flow Analysis Results: (A) Wind Flow Lines Across Community Color-Coded Based on Variation of Their Wind Speed; (B) Close-up View on Variation in Wind Flow and Wind Speed
2022-12-14
036498
  • RFEM 6

Schematic Flowchart for Developed Approach to Integrate BIM and GIS Models for Wind Damage Analysis

  • Wind Damage Analysis
  • BIM Model
  • GIS Model
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036499
  • RFEM 6
Logic Behind Developed Algorithm in Terms of Revit Dynamo to Link Between GIS Shapefile and Parametric BIM Model
  • GIS
  • BIM Model
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036500
  • RFEM 6
Parametric BIM Modeling Python Algorithm to Convert 2D Building Footprint to 3D Solid Building
  • BIM
  • Python
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036501
  • RFEM 6
Schematic Workflow to Transform 2-D GIS Community Model to 3-D Integrated BIM-GIS Model of Community
  • BIM-GIS Model
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036502
  • RFEM 6
Community-Level Geometry Generation for Buildings: (A) BIM Model of Community; (B) Low-Resolution Geometry; (C) High-Resolution Geometry; (D–E) Close-up Views on Buildings Showing Size of Mesh Used to Generate Geometry
  • BIM Model
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036503
  • RFEM 6
Modeled Digital Wind Tunnel Along with Resulted Wind Flow Across Community: (A) Digital Wind Tunnel Setting; (B) Wind Flow Across Community; (C) Close-up View on Modeled Wind Flow
  • Wind Tunnel
  • Wind Flow
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036504
  • RFEM 6
Spatial Variation of Wind Speed and Wind Pressure at Community-Level: (A) Wind Speed Contour Across Community; (B) Wind Pressure on Buildings; (C) Wind Profile One Across Buildings; (D) Wind Profile Two Across Buildings
  • Wind Speed
  • Wind Pressure
  • Wind Profile
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036505
  • RFEM 6
Geographical Location of Mexico Beach with Respect to State of Florida with Close-up View on Chosen Study Area Within Mexico Beach, FL
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036506
  • RFEM 6
Evolution of Hurricane Michael in the Gulf of Mexico and Its Landfall on the US Along with Spatial Variation of Wind Speed Across Southeast of the US
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036507
  • RFEM 6
Building Footprint for Study Area in Mexico Beach, FL Along with New BIM and GIS Model: (A) Footprint for Buildings Within Study Area; (B) BIM Model for Community; (C) BIM Model of Community Georeferenced in 3-D GIS Environment
  • GIS
  • BIM Model
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036508
  • RFEM 6
Modeled Wind Flow for Study Area: (A) Spatial Distribution of Wind Speed Across Community; (B) Close-up View on Wind Speed Contours
  • Wind Flow
  • Wind Speed
  • Wind Speed Contours
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036509
  • RFEM 6
Wind Pressure Distribution: (A) Distribution of Surface Wind Pressure on Buildings Across Community; (B) Close-up View on Building-Level Wind Press Distribution
  • Wind Pressure Distribution
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share
2024-11-20
036510
  • RFEM 6
Wind Flow Analysis Results: (A) Wind Flow Lines Across Community Color-Coded Based on Variation of Their Wind Speed; (B) Close-up View on Variation in Wind Flow and Wind Speed
  • Wind Flow
  • Wind Speed
Used in
  • BIM-GIS Integration Approach for High-Fidelity Wind Hazard Modeling at the Community-Level
Share