Fluid Loading - CIVE97066
Role
Course Leader
Energy Systems - CIVE97068
Aims
The aims of this module are to:
- Practically apply the taught material from all the modules.
- Gain a wider understanding of engineering design.
- Prepare students for working in industry.
Role
Lecturer
Urban Fluid Mechanics - CIVE97069
Aims
The purpose of this module is to:
- bring students to the forefront of the current knowledge in modelling the built environment.
- provide students with the tools required for both internal and external fluid flows in the built environment.
Role
Lecturer
Applied Hydrodynamics - CIVE97009
Aims
This course aims to: Provide an enhanced understanding of fluid flows with a strong emphasis on fluid loading.Investigate both steady and unsteady flows appropriate to a wide range of hydrodynamic (water based) civil engineering applications. Examples are drawn from across the offshore, coastal, open-channel and marine renewable engineering sectors.Introduce the fundamentals of the loading processes and the development of simplified models appropriate to design calculations.Cultivate a high-level design capability involving the solution of practically important hydrodynamic problems.
Role
Course Leader
Fluid Mechanics 2 - CIVE50005
Aims
This module builds on the core fluid mechanics module of the First Year, seeking to introduce the additional complexities associated with unsteady fluid flows, two-dimensional flows and the description of real (rather than an ideal) fluids; the latter introducing the concepts of laminar and turbulent flows.ÿÿ These developments will be introduced in the context of modelling surface gravity waves, the loads on offshore structures, steady flow in pipes, pipe systems and open channel flows; the latter including gradually varied flow.The course includes a two-day design class held towards the end of January.ÿ
Role
Lecturer