Date of Award

Fall 12-13-2023

Degree Type

Non-Thesis Project

Degree Name

Master of Science in General Engineering

Department

Civil Engineering

Committee Chair

Dr. Liping Jiang

First Advisor

Dr. Glenn Shaw

Second Advisor

Dr. Yilong Liu

Abstract

This project investigates the integration of hydrodynamically responsive surf fins into wake-surf boards, focusing on optimizing performance for wake-surf waves by utilizing fluid dynamic and spring force principles. Additionally, the research explores the development of a novel stationary wave system, adopting a 'Gravity Fed Bathymetry Agnostic' approach, enabling year-round surfing in indoor facilities and addressing the limitations of existing manmade wave technologies. The initial phase involved testing the feasibility of a scaled model for the gravity-fed bathymetry-agnostic wave system. While the wave system demonstrated success on a model scale, an evaluation of its feasibility at full scale was conducted, and it was ultimately deemed unrealistic due to the large amount of water required to produce the desired wave effects. The hydrodynamically responsive fin was designed by studying the characteristics of a wake surf wave, determining hypothetical loads based on wave energy, and then creating a system that could effectively withstand the identified forces. Should the envisioned fin system prove successful, it has the potential to revolutionize the surf industry, pushing the boundaries of how surfers navigate waves and significantly advancing engineering innovations within surfboard and fin design.

Download

Included in

Engineering Commons

Share

COinS