Beach-fx user’s manual : Version 3.0

The need to strengthen the linkages between engineering analyses (project performance and evolution) and planning functions (alternative analysis and economic justification) with respect to coastal storm damage reduction projects within the US Army Corps of Engineers led to the development of the life-cycle simulation model Beach-fx. Beach-fx provides a comprehensive analytical framework for evaluating the physical performance and economic benefits and costs of shore protection projects, particularly beach nourishment along sandy shores. The model has been implemented as an event-based Monte Carlo life-cycle simulation tool that is run on desktop computers. This report describes the components, purpose, and operational function of the Beach-fx graphical user interface, including navigation within the interface and the organization and specification of all model input and output data.

Authors

Publication Details

Published
2026-05-13
DOI
https://doi.org/10.21079/11681/50248
Citations
3
Primary Topic
Mathematics, Computing, and Information Processing
Type
article
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article

Beach-fx user’s manual : Version 3.0

Kristine A. Jacobson, Mark B. Gravens, Cory Rogers
3 citations
Mathematics, Computing, and Information Processing
article

Beach-fx user’s manual : Version 3.0

Kristine A. Jacobson, Mark B. Gravens, Cory Rogers
article en
3 citations

Abstract

The need to strengthen the linkages between engineering analyses (project performance and evolution) and planning functions (alternative analysis and economic justification) with respect to coastal storm damage reduction projects within the US Army Corps of Engineers led to the development of the life-cycle simulation model Beach-fx. Beach-fx provides a comprehensive analytical framework for evaluating the physical performance and economic benefits and costs of shore protection projects, particularly beach nourishment along sandy shores. The model has been implemented as an event-based Monte Carlo life-cycle simulation tool that is run on desktop computers. This report describes the components, purpose, and operational function of the Beach-fx graphical user interface, including navigation within the interface and the organization and specification of all model input and output data.

Mathematics, Computing, and Information Processing
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