AfH Student Awards Buro Happold 2014

27
Buro Happold the engineering of excellence Engineering an Healing Environment for a High Rise Hospital Architects for Health A Tower for Health January 2014 David Leversha CEng MIStructE Mst(Cantab) MEng(Hons) Project Director Simon Bourke Director of Healthcare

description

 

Transcript of AfH Student Awards Buro Happold 2014

Page 1: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Engineering an Healing Environment for a High Rise Hospital

Architects for Health A Tower for Health January 2014

David Leversha CEng MIStructE Mst(Cantab) MEng(Hons)

Project Director

Simon Bourke Director of Healthcare

Page 2: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Introduction

• What is the challenge? • What is tall? •  Laws of Physics • Wind & Seismic •  Servicing and redundancy •  Fire •  Circulation •  Key Healthcare drivers •  Natural light & Ventilation •  Street Level Comfort

Page 3: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

•  Structure

•  Fire

•  Infection Control

•  Security

•  Energy reduction

•  Water reduction

•  Minimising waste

•  Materials

•  Flexibility

•  Daylight

•  Thermal Comfort

•  Acoustics

•  People Flow

• Traffic

Patient Experience Safety Sustainability

Patient focussed design

Page 4: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

How do you get one of these…. ….to !t into one of these?

Page 5: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

What is Tall?

•  Perhaps tall when lateral loads dominate the structural form due to strength and serviceability (de"ection criteria).

•  No speci!c height that de!nes a tall building.

Page 6: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Impact of physics on the building

Page 7: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Impact of physics on the building

Imag

e co

urte

sy o

f Ton

y M

cLau

ghlin

Page 8: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Impact of physics on the building

Page 9: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Impact of physics on the building

Page 10: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Standard framing options

•  Lateral loads must !nd their way to the ground

•  Explore different options for transferring lateral and gravity loads

•  Standard Height to breadth ratios =

•  Space HAS to be usable. Max distance to façade circa 12m.

Page 11: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

The art of the engineer…..

•  Combine different materials and utilise their relative strengths for maximum gain, whilst combining stability zones for plant

North Lake

Page 12: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Design Constraints

Public

Ward

Office

Page 13: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Wind Comfort

•  Comfort of building occupiers

•  Tall buildings cause strong winds at the base due to downwash and corner acceleration which cause comfort and safety concerns in strong winds

• Massing, façade design and canopies should be developed to reduce downwash or to provide mitigation and shelter in key locations

Page 14: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Tall Buildings – Integration

Page 15: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Lift Strategy • Waiting times •  Helipad location •  Size •  Separation of "ows •  Impact on Core

Goods and Fire Lift

Passenger Lifts

Bed Passenger Lifts

Page 16: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Impact of core on area

Page 17: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Economics

Page 18: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Page 19: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Plant

Page 20: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Water

High Rise Booster Pumps

Water Storage Low Rise Booster Pumps

Page 21: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Drainage

Foul Drainage Headers At Interim Floors

Page 22: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Ventilation

• Wind pressure is a primary consideration

• Natural ventilation is achievable for rooms on the external façade – using a perforated ventilation façade system

• Full mechanical ventilation provides best control against wind pressure.

Centralised plant

Centralised plant

Page 23: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Page 24: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Maximising Natural Light

•  Buttressed structural "oor plate of Burj Khalifa naturally lends itself to maximising external façade and thus enhancing usable space.

Page 25: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Fire Fighting

Required on all buildings over 60 metres high

• Position adjacent to lift cores

• Provide a high and low pressure systems to supply the upper and lower half of the tower

Page 26: AfH Student Awards Buro Happold 2014

Buro Happold the engineering of excellence

Conclusions

•  Skill of the architect is to incorporate the constraints imposed by mother nature and express them in the facade

•  Traditional adjacencies need to be challenged and new methods of working explored

•  Success of any project is dependent on selecting the right team

Page 27: AfH Student Awards Buro Happold 2014

www.burohappold.com

The engineering of excellence