Skip to content
Open Access
  • Home
  • Collections
    • High Impact Articles
    • Jawi Collection
    • Malay Medicine
    • Forensic
  • Search Options
    • UiTM Open Access
    • Search by UiTM Scopus
    • Advanced Search
    • Search by Category
  • Discovery Service
    • Sources
    • UiTM Journals
    • List UiTM Journal in IR
    • Statistic
  • About
    • Open Access
    • Creative Commons Licenses
    • COKI | Malaysia Open Access
    • User Guide
    • Contact Us
    • Search Tips
    • FAQs
Advanced
  • Design and finite element anal...
  • Cite this
  • Text this
  • Email this
  • Print
  • Export Record
    • Export to RefWorks
    • Export to EndNoteWeb
    • Export to EndNote
  • Permanent link
Design and finite element analysis of an ocean current turbine blade

Design and finite element analysis of an ocean current turbine blade

A composite 3 meter ocean current turbine blade has been designed and analyzed using Blade Element Theory (BET) and commercial Finite Element Modeling (FEM) code, ANSYS. It has been observed that using the numerical BET tool created, power production up to 141 kW is possible from a 3 bladed rotor in...

Full description

Bibliographic Details
Other Authors: Asseff, Nicholas S.
Format: Others
Language:English
Published: Florida Atlantic University
Subjects:
Marine turbines > Mathematical models
Fluid dynamics
Structural dynamics
Composite materials > Mathematical models
Online Access:http://purl.flvc.org/FAU/221944
  • Holdings
  • Description
  • Similar Items
  • Staff View

Internet

http://purl.flvc.org/FAU/221944

Similar Items

  • Finite Element Modeling and Fatigue Analysis of Composite Turbine Blades under Random Ocean Current and Turbulence
  • Fatigue modeling of composite ocean current turbine blade
  • Reliability-based fatigue design of marine current turbine rotor blades
  • Development of an integrated computational tool for design and analysis of composite turbine blades under ocean current loading
  • Methodology for fault detection and diagnostics in an ocean turbine using vibration analysis and modeling

© 2020 | Services hosted by the Perpustakaan Tun Abdul Razak, | Universiti Teknologi MARA | Disclaimer


Loading...