Stefano Cammelli

Expert Peer Review Committee Member

WSP, Director - Head of Wind Engineering | London, United Kingdom

About

Stefano Cammelli has 20 years’ experience in experimental and computational wind engineering. As part of WSP UK’s Specialists Group, he leads the ‘Advanced Structural Analysis’ team which provides a range of complex analyses and simulations in support of the structural engineering design activities of the business. This dovetails with his 'Head of Wind Engineering' role in the company which allows him to also continue to work on wind engineering technical challenges across a wide range of commercial projects. WSP UK’s “Wind Engineering” team provides specialized experimental and numerical wind engineering services in support of most of the major multi-disciplinary projects of the business and it is also uniquely positioned to offer independent and unbiased technical advice directly to end clients.

Cammelli’s extensive consulting experience includes both the ordinary and the…

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Stefano Cammelli

CTBUH Roles

Expert Peer Review Committee, Member (2015 – Present)

Annual Conference, Presenter (Shanghai 2012)

Working Group: Building Damping Technologies (2015 – 2018)

Annual Conference, Steering Committee (London 2013)

CTBUH Initiatives

Videos

20 September 2012

Interactive Aerodynamic Design of Supertall Buildings

In order to maximize the benefit of early stage wind tunnel tests, BMT Fluid Mechanics and Buro Happold have respectively developed tools which enable dynamic...

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Research

01 December 2016

Stack Effect in High-Rise Buildings: A Review

Sergey Mijorski, SoftSim Consult Ltd.; Stefano Cammelli, BMT Fluid Mechanics Ltd.

This technical paper presents a detailed review of the stack effect phenomenon and of the associated implications pertaining to the design and construction of high-rise...

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Research

17 October 2016

The New Super Skinny Skyscraper Trend: Some Wind Engineering Considerations

Stefano Cammelli, Sara Bisio & Yiqing Wang, BMT Fluid Mechanics Ltd.

A new and almost unprecedented model for skyscrapers is currently being explored within the Manhattan real estate market: these are the so-called super slender ultra-luxury...

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26 October 2015

Second CTBUH Damping Research Meeting

Nearly 30 industry professionals and academic experts were in attendance at the second meeting for the CTBUH research project on damping.

20 September 2012

Interactive Aerodynamic Design of Supertall Buildings

In order to maximize the benefit of early stage wind tunnel tests, BMT Fluid Mechanics and Buro Happold have respectively developed tools which enable dynamic...

20 September 2012

Track 15: Wind Engineering Q & A

Track 15 panelists consisting of: John Galsworthy, RWDI; Roy Denoon, CPP, Inc.; Stefano Cammelli, BMT Fluid Mechanics; and Mark Lavery, Buro Happold take questions from...

01 December 2016

Stack Effect in High-Rise Buildings: A Review

Sergey Mijorski, SoftSim Consult Ltd.; Stefano Cammelli, BMT Fluid Mechanics Ltd.

This technical paper presents a detailed review of the stack effect phenomenon and of the associated implications pertaining to the design and construction of high-rise...

17 October 2016

The New Super Skinny Skyscraper Trend: Some Wind Engineering Considerations

Stefano Cammelli, Sara Bisio & Yiqing Wang, BMT Fluid Mechanics Ltd.

A new and almost unprecedented model for skyscrapers is currently being explored within the Manhattan real estate market: these are the so-called super slender ultra-luxury...

20 September 2012

Interactive Aerodynamic Design of Supertall Buildings

Stefano Cammelli, BMT Fluid Mechanics; Mark Lavery, Buro Happold

In order to maximize the benefit of early stage wind tunnel tests, BMT Fluid Mechanics and Buro Happold have respectively developed tools which enable dynamic...