Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Computational fluid dynamics | Ocean wave power -- Mathematical models | Renewable energy sources | Fluid-structure interaction (1)
- Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control Human-computer interaction | Virtual reality | Computer simulation | Machine-tools -- Numerical control (1)
Articles 1 - 2 of 2
Full-Text Articles in Applied Mechanics
Development Of A Dynamic Cfd Model For Offshore Oscillating Water Columns With Non-Linear Interactions, Ken O'Connell
Development Of A Dynamic Cfd Model For Offshore Oscillating Water Columns With Non-Linear Interactions, Ken O'Connell
Theses
This thesis focuses on the development of a state of the art modelling technique for offshore Oscillating Water Column (OWC) type Wave Energy Converters (WEC) using Computational Fluid Dynamics (CFD). Current literature indicates a limited amount of work has been completed on studying these devices containing non-linear time dependent flow phenomenon. Initially, a 2D Numerical Wave Tank (NWT) is studied to reduce discretisation error in order to reproduce accurately propagating waves. Further development into a 3D domain permits the geometrical requirements of an OWC type spar buoy to be included.
In parallel, a single Degree of Freedom (DOF) model is …
Virtual Reality Modelling Of A Cnc Machine, Damian O'Sullivan
Virtual Reality Modelling Of A Cnc Machine, Damian O'Sullivan
Theses
The increasing importance of training and upgrading skills has led to the use of new interactive technologies in the development of more effective training tools. Previous techniques for training Computer Numerical Control (CNC) machine operators, while excellent for their time, varied from brief inexpensive tutorials to expensive on the job training. A CNC machine uses a computer to perform the functions of the machine using a part program stored in the memory of the computer. This thesis describes a Virtual Reality (VR) model of a CNC milling machine, implemented within a VR environment representing a CNC workshop. Its development and …