The module provides an introduction to the field of wind engineering and bluff body aerodynamics, through development of key principles which are in turn complemented by in-depth examples and applications drawn directly from industry and current academic research. The module covers a broad introduction to the following topics: Principles (18 lectures) Atmospheric basics – basic meteorology, types of weather and wind systems, including synoptic and non-synoptic winds. Characteristics of the wind near the ground. Atmospheric stability effects. Statistical analysis of wind. Climate change considerations. Experimental, computational and analytical tools. Risk, resilience and social considerations. Introduction to bluff body aerodynamic and general aerodynamic considerations. Applications (22 lectures) Wind loading on buildings from both a static and dynamic approach. Wind loading on buildings for extreme winds. Pedestrian comfort. Natural and forced ventilation of buildings. Wind energy resource and energy generation. Air quality and dispersion of atmospheric pollutants. Weather effects on transportation systems and the pedestrian environment. Vehicle aerodynamics considerations. A series of laboratory classes (3 classes) and seminars (1 session) supplement the lecture components of the course to provide a deeper understanding of the content.
Learning Outcomes
By the end of the module students should be able to:
17.1 Apply standard methodologies and statistical techniques to analyse weather and climate variables
17.2 Understand the nature of wind loadings on structures
17.3 Directly apply measurement methodologies and appropriate analytical techniques to solve relevant issues likely to be met by a wind engineering professional
17.4 Relate fundamental principles to wider societal context through understanding pollution dispersion, ventilation flows, sustainable energy resources and city planning
17.5 Characterise the key principles of bluff body and vehicle aerodynamics
Assessment
34311-01 : Module Mark : Mixed (100%)
Assessment Methods & Exceptions
Main assessment(15%) Summary quizzes (delivered online).(50%) Open book design question.(35%) Student presentation associated. (A key research paper in the field will be provided which underpins each lecture. Students are required to choose one of the papers and produce a 5-minute video which summarises the main findings of the research paper.) Supplementary/Reassessment(100 %) 3 hour closed book examination during the University supplementary period (centrally timetabled)
