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This research describes the creation of a quantitative three-dimensional visual modeling workflow to simulate the impact of sea level rise and coastal erosion on storm surge and inundation. Using GIS data, Photoshop software, and CAD 3D modeling and animation software with particle fluid simulation, the researchers were able to simulate erosion, dynamic waves, and sea level rise, visualizing the impacts these climate-related events would have on human habitation and ecosystem biodiversity. Aspects of the impact on visualization simulations on human perception of climate change are discussed, with a focus on the utility of this research specifically to design professionals. The benefit of this workflow is shown by creating visual animations of coastal storm events interacting with sections of digital coastline terrain, accompanied by an analysis of the level of disturbance which could occur. The outcome is a preliminary workflow which demonstrates that the complexity of interrelated natural and man-made forces can be simulated in 3D using both standard and emerging computer-aided design tools.

Computational Modeling for Climate Change: Three-Dimensional CAD Visualization of Coastal Storm Impacts on Shoreline Erosion