This talk explores how structures respond to dynamic loads (such as vibrations) and how these effects can be managed through mitigation measures.
Structures are inherently dynamic, meaning they react to various sources of vibration, such as footfall. However, vibrations can also arise from other sources—both internal (e.g., gyms, MEP systems) and external (e.g., ground-borne vibrations from rail and road). The structural response varies in character, amplitude, and secondary effects, such as structure-borne noise.
Managing these vibrations is crucial to meeting vibro-acoustic requirements and maintaining structural integrity while balancing cost and environmental considerations. Inadequate vibration control can limit how spaces are used by future tenants or lead to complaints about mechanical services, gyms, or cinemas if the structure lacks the necessary stiffness or robustness.
Structural mitigation measures, such as elastomeric and spring solutions, help address these challenges. However, no solution is perfect—each must be carefully designed to optimize performance while accounting for the complexities of structural dynamics.
This webinar will examine why this is the case, introducing the fundamental principles of dynamic response, strategies for risk mitigation, and approaches to future-proofing buildings—whether by planning for remedial measures or incorporating redundancy.
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To gain an understanding of how dynamic response affects building usability in the immediacy and future.
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To understand the underlying theory and ramifications of structural dynamics - (ranging from perceptible acoustic effects to failure risks).
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To understand approach to structural mitigation – starting at design stage, managing limitations from structural dynamics, and advising Client on implications.
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Practicing structural engineers.
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Engineering managers and commercial staff tendering for projects.
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Professionals supporting clients during planning and early RIBA project stages.
IStructE Ltd is handling bookings on behalf of the event sponsor, Mason UK. Please be aware that your contact details will be shared with Mason UK to facilitate event-related communications. IStructE Ltd will ensure that your data is securely stored and transferred throughout the booking process.
Director, Mason UK Ltd
Adam is a Chartered Mechanical Engineer specialising in vibration control and isolator design. He has had various roles in vibration engineering, including in the automotive and aeronautic sectors, but has worked for a specialist isolator manufacturer and engineering firm for the past 14 years. His experience covers architectural, structural and mechanical acoustic and vibration control, and he has been responsible for managing the design and implementation of multiple structural isolation projects for both new and existing buildings.
Principal Vibro Acoustics Engineer, Hoare Lea
Nikhilesh is a Principal Vibro acoustics Engineer at Hoare Lea specialising in groundborne vibration and low-vibration science and research facilities. His specialism covers complex vibro-acoustic cases encountered in the built environment affected by a multitude of vibration sources (beyond footfall) often with ‘hybrid’ approaches.
Mason UK