From dynamic facades and retractable roofs to movable bridges and other adaptable permanent structures, kinetic structures are reshaping how the built environment can respond to changing needs. With adaptable geometry, load paths, boundary conditions, and user interactions, kinetic structures are more complex to design, analyse, construct and maintain than conventional structures.
Delivered through expert speaker presentations the session offers insights on topics such as mechanics, fatigue, tolerances and clearances, actuation, material behaviour, maintenance, reliability and user safety. Attendees will understand how movement affects structural behaviour and to recognise the key risks, constraints and other multidisciplinary considerations involved in designing safe, reliable kinetic structures.
Learning outcome
By the end of this webinar, you will be able to:
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Explain the key factors that affect structural behaviour of kinetic structures such as movement, changing geometry and variable load paths
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Identify the principal structural risks and constraints associated with kinetic structure design
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Recognise the multidisciplinary considerations that influence successful kinetic structure design, from tolerances to mechanics and material behaviour to operation and long-term reliability
Intended for
This webinar is open to all but might be of special interest for:
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Structural engineers and built‑environment professionals interested in the design, assessment, and construction of kinetic structures.
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Structural engineers in broader practice looking to understand an emerging and visually engaging area of structural design.