Geaux Resilient! On Thursday, September 30th and Friday, October 1st, we are speaking at the ASBPA (American Shore & Beach Preservation Association) 2021 National Coastal Conference in New Orleans, Louisiana.
Advocating for Healthy Coastlines, ASBPA is dedicated to preserving, protecting and enhancing our coasts by merging science and public policy, and this years’ conference “Geaux (french word-play on the verb go) Resilient” will focus on coastal science, policy, and technology.
Leaders in coastal engineering and resiliency, our marine experts are sharing their knowledge on topics that are changing the landscape of the maritime industry.
Friday, October 1, 10:20-10:40 am CDT
Inspections play an essential role in effectively managing waterfront infrastructure, such that assessing and documenting the conditions of infrastructure ensures that they are adequately maintained for the protection of life, the environment, property, and structure longevity. This work focuses on utilizing remote sensing techniques, namely MBES (Multibeam Echo Sounder), LiDAR, and UAS-SfM (Unmanned Aerial System Structure-from-Motion), to perform inspections of waterfront structures and shorelines. These advanced methods produce high-resolution point clouds that are merged to create seamless bathymetric/topographic models with detailed representations of structures and other three-dimensional (3D) features. The result is a true ‘snapshot’ of the complete site conditions, which is highly sufficient for baseline level through design level inspections. This conveniently provides unlimited remote access to the information necessary to assess the condition of structures and identify any damaged areas, as required by ASCE Manual of Practice No. 130. In addition to being translated into 2D and/or 3D CAD linework drawings, point clouds can be stored and shared, creating a detailed visual database for infrastructure management. This is an accessible and comprehensive approach to monitoring sites and is ideal for keeping a record of infrastructure conditions throughout each level of inspection. Having this data available increases the effectiveness of inspection datasets and significantly helps agencies manage their infrastructure, both qualitatively and quantitatively.
Friday, October 1, 11:10 am -12:30 pm CDT
A series of 3 sub-sessions:
UAS-SfM approach to evaluate the performance of notched groins within a groin field and their impact on the morphological evolution of a beach nourishment.
To Learn more about Taylor’s work, check out this research paper recently published by Elsevier’s Coastal Engineering Journal!