30 May 2024 - 31 May 202410:00 - 17:30 BST
Member: £575 + VAT
(Early booking £515 + VAT)
Standard: £765 + VAT
(Early booking £685 + VAT)
Available until one month prior
By the end of the course, attendees should be able to:
Identify situations where earthquake loading must be included in the design of structures and how to define this loading
Understand the basic principles of seismic design and select appropriate performance requirements for structures subjected to earthquake loads
Select an appropriate structural configuration for a building situated in a seismic zone
Analyse a building for seismic loading
Design and detail reinforced concrete structures
Appreciate seismic design and detailing of steel and steel-concrete composite structures and highway bridges
25% discount on associated publications: Manual for the seismic design of steel and concrete buildings to Eurocode 8
Dr Giaralis is the Director of the Research Centre for Civil Engineering Structures at City, University of London (CUoL). His research output documented in over 90 peer-reviewed articles are in structural dynamics and earthquake engineering with a focus on probabilistic seismic analysis methods and on vibration control devices for high seismically performing structures.
Dr Panagiotis Mergos is Senior Lecturer in Structural Engineering and the Programme Director of the MSc in Civil Engineering Structures at CUoL. He has worked for 18 years in seismic design and assessment of structures as a researcher and as a consultant and he is panel member of the UK Mirror Group MG2 developing the next integration of Eurocode 8, Part 1.
Dr Miguel Bravo-Haro is a Lecturer in Sustainable and Structural Engineering in the department of Civil Engineering at CUoL. His areas of research span from earthquake and seismological engineering, digital infrastructure and condition monitoring to data-driven and structural health monitoring. He has worked on applications of data-driven algorithms for early damage detection of railway bridges, development of low-cost sensors for structural monitoring in seismic regions and probabilistic methods applied to engineering problems.
Email - [email protected]
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