Design of Wave Energy Converter Hulls Using Ultra-High-Performance Concrete
Explore the design of Wave Energy Converter hulls with UHPC using CFD and FEA techniques. Investigate and validate innovative marine energy solutions with experimental testing to enhance power generation efficiency.
AI-generated overview
Project Description
Project Overview
This PhD project investigates the innovative design of Wave Energy Converter (WEC) hulls using Ultra-High-Performance Concrete (UHPC) to improve the performance and durability of marine energy devices. Focusing on structural engineering principles, the research integrates knowledge of strength of materials, fluid dynamics, and concrete design to develop novel WEC hulls that can withstand harsh marine environments.
What You Will Do
- Conduct coupled computational fluid dynamics (CFD) and finite element analysis (FEA) to study the behavior and performance of point absorbers and oscillating water columns under hydrodynamic forces.
- Develop design solutions for WEC hulls based on rigorous numerical analyses.
- Design and perform laboratory procedures to characterize UHPC properties relevant for marine applications.
- Perform wave flume testing to validate and refine hull designs experimentally.
- Collaborate within the research group, document methods, maintain reproducible workflows, and communicate progress through presentations and technical reports.
- Prepare manuscripts for peer-reviewed journal publication.
Expected Outcomes
Deliver robust and innovative WEC hull designs that enhance energy conversion efficiency and structural longevity using UHPC. Advance understanding of mechanical behavior and hydrodynamic interactions for WECs with improved designs validated both numerically and experimentally.
Why This Matters
Marine energy offers a sustainable alternative to conventional power production. By improving the design and materials of WEC hulls, this research supports the development of durable and efficient marine renewable energy technologies, contributing to clean energy solutions and reduced carbon emissions.
Entry Requirements
How to Apply
Eligibility
Supervisor Profile
Dr. Philippe Kalmogo specializes in structural and geotechnical engineering with research focusing on improving reliability and performance in foundation and concrete structures. His work includes statistical evaluation of interface shear capacity in UHPC and development of design factors for deep foundations in bridges. He is an active researcher at the University of New Hampshire with expertise in concrete behavior and structural design under complex loadings.