BH Sports and Stadia qualifications.

8/12/2019 BH Sports and Stadia qualifications.

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Buro

Happold

Aviva Stadium, Ireland

Emirates Stadium

PalasportRio Branco

Monterray Stadium

Pune Cricket Stadium Bristol City Stadium

Wembley StadiumTottenham Stadium

Phoenix Cardinals Stadium

Sochi Stadium

Sheik Zayed Stadium


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Table of Contents

1 About Buro Happold

2 Selected Projects

Working with Buro Happold has enabled us

to take our aspirations for innovative design

and building performance to a whole new level

Buro Happolds integration of energy modeling

into our conceptual design process is helping

us carry the architecture of habitation into the

21st Century.

John RublePrincipal, Moore Ruble Yudell Architects and Planners

Club de Ftbol Monterrey StadiumMonterrey, Mexico


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Table of Contents

Emerson College, Los Angeles CenteLos Angeles, CA, USA

Ascot Racecourse RedevelopmenAscot, UK

ABOUT BURO HAPPOLD


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About Buro Happold:

Firm Profile

Pinnacle Bank Arena, Lincoln, NE, USA

Ottawa Lansdowne Stadium, Ottawa, Canada

Overview

Established in 1976, Buro Happold is a global design

organization with an international network of 25 offices

and over 1,500 staff.

With five offices in the United States and over $1B of

completed work from East Coast to West, Buro Happolds

Los Angeles and San Francisco offices are part of a single

California based profit center that includes 60 engineers,

building physicists and BIM technicians in the following

disciplines: Structural and Facade Engineering

Mechanical, Electrical, Plumbing, Fire Protection MEP/FP

Sustainability + LEED Consulting

Fire Engineering

Civil and Infrastructure Engineering

Transportation

Water Management

Waste Management

Our structural engineers utilize a suite of analytical software

to optimize the building, facade or art piece geometry

to perfect the design, weight of the structure and theembodied energy. We specialize in the following areas:

Facade Engineering

High Rise

Long Span Structures

Art and Sculptural Complex Structures

Our MEP engineers work with the whole design team

to inform the building form, orientation and materials

to satisfy the external and internal design criteria,

incorporating a global view of energy consumption,

embodied energy and sustainability into the design. Thewhole process is highly iterative with special focus in:

Energy Modeling

Computational Fluid Dynamics (CFD) Analysis

TRNSYS System Optimization Modeling

Laboratory Design

Lighting Design

Post Occupancy Evaluation

2012 Olympics, London, UK

Established in 1976, Buro Happold is a global designengineering firm with an international network of 31offices world wide and over 1,500 staff.

With five offices in the United States and well over $1B ofcompleted work from East Coast to West, Buro Happold'sUnited States offices are part of a single local profit centerthat includes over 180 engineers, building physicists andBIM technicians in the following disciplines:


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Our Philosophy

Buro Happold has established itself as a next generation

multi-disciplinary engineering and consulting rm. In

combination with our worldwide office network, our

North American east coast practice provides seamless

delivery for our clients. Buro Happolds east coast team

consists of 91 engineers, CADD technician and Project

Managers.

Rigor the Buro Happold Way.

We blend technical expertise with rigorous analysis,modeling and testing of ideas. The Anaheim Regional

Transportation Intermodal Center (ARTIC) is a great

illustration of this approach to a LEED Platinum project

incorporating the largest use of ETFE in North America.

Integrated Design Open Plan, Open Mind.

We operate in open plan office space, devoid of discipline

segregation, working together in a highly collaborative

environment. Sensitive and open to the architects ideas, our

uent use of BIM allows us to quickly test ideas in real time.

Metrics - Proving Success.

We use a variety of metrics combined with the BIM model

allowing end users to measure performance during future

operation of the building; an example is Morphosis Offices

for which we are conducting a post occupany evaluation.

Global Experience, Locally Applied.

In the past 35 years we have grown a successful business

by working on the best projects, with the best people. We

learn from our past, bringing the lessons of each project

forward to inform the next.

Sustainability Of Course.

Sustainability is not a separate discipline but a core value

that informs all sectors of our practice. Incorporating

sustainability into every design, we save costs while

maximizing performance as illustrated in our Genzyme

Headquarters project, the rst LEED Platinum oce

building in North America.

Aviva Stadium, Dublin, Ireland

Rio Branco Stadium, Brazil

About Buro Happold:


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Sustainable Building Design

Buro Happold has considerable experience in designing

low energy buildings and we are recognized as one of the

worlds leading consultants in the field of sustainability

thinking. It was through this commitment that we were

awarded the Queens Award for Sustainable Development

in 2001.

Buro Happold has been participating as a sustainable

design specialist on a number of projects in the US

recently. As an external member of the design team, Buro

Happold has been brought in to facilitate a sustainable

design ideas generation process to green buildings.

Faade Engineering

Buro Happold faades engineering progresses the

performance of building faades both for the varied

activities of the occupants and also for environmental

gain. To do this, we have gathered a select group of faade

experts. Their talents span knowledge of materials and

technologies through to practical design skills whichprovide workable, cost effective and lasting solutions. By

understanding the key structural and functional features

our pragmatic solution for the faades enhances the total

building environment.

Light Design

Lighting is part of the ergonomic fabric of the built

environment. As lighting designers, we respond to the

visual needs of people in their environments. We invest

time to interpret how space will be moved through and

inhabited, and how lighting can enhance this experience.

Our backgrounds in both architecture and engineering

give us the opportunity to provide a complete, integrated

daylight and electric lighting service for complex projects

where creative design is balanced with technical acumen.As part of a multidisciplinary office, we collaborate closely

with the mechanical, electrical, faade, security, A/V, IT

and sustainability teams to create efficient harmonized

building systems.

Millenium Dome, London, UK

...invaluable in creating and evaluating

innovative and cost effective solutions for

comfort ventilation, natural day lighting, energy

optimization, and solar impacts...their efforts have

been instrumental in exceeding the clients goal

of a LEED Silver rating for the facility...Randolph J. Volenec

Sr. Project Manager, Pelli Clarke Pelli Architects

About Buro Happold:


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Club de Ftbol Monterrey StadiumMonterrey, Mexico

Our Approach to Building Information Modeling (BIM)

and Integrated Project Delivery (IPD)

As design innovators in the built environment, we use model

based, integrative design to deliver the highest quality

projects. We promote a highly collaborative approach

framed by the philosophies of Integrated Project Delivery

tethered with appropriate technologies. Combining talent,

technique and technologies we promote high performance,

value and efficiency while reducing waste and embodied

energy. Through the lifecycle of our projects, the Building

Information Model is the central repository of project intent,coordination, progress, and continues into operation and

post occupancy monitoring and tuning.

At Buro Happold we employ associative, parametric and

computational design techniques to optimize design

quality through ecient iterative analytical experiments.

We strive to innovate by developing custom built tools

that extend the capabilities of industry standard software.

Additionally, we employ experts that are renowned in

the industry and actively collaborate with major software

vendors on functionality and interoperability.

Pinnacle Bank Arena, Linco

About Buro Happold:


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We do regional, national and

international stadia; we do new,

refurbished and temporary stadia;

we are the chosen engineers of

the London Olympics...

Emirates Stadium, London, UK

Significant Sports and Stadia Expertise

Buro Happold provides engineering for complete sports

developments, stadiums, arenas, ballparks, aquatic

centers and convention centers. Buro Happold engineers

work as part of a design team with architects and other

professionals, providing either a specific discipline

or the total engineering input. A multi-disciplinary

approach helps us to deliver more effective responses

from the important early stages of design through to

nal implementation and subsequent operation and

maintenance. Sports and entertainment facilities oftenassume iconic status. As such, the engineering design

must strive to achieve the architects vision. For us, this

successful fusion of architecture and engineering is a

guiding principle which we have successfully applied to

an impressive range of projects. We design facilities from

the perspective of both the owner and the fan - we work

to provide an enhanced player and fan experience, as well

as an improved facility that can provide an owner with a

good platform for supporting and growing their business.

Reconciling the architects vision and the business

aims of the client with the needs of the user, while

demonstrating sensitivity to historical and social context,requires a special combination of skills and experience.

Buro Happold is sensitive to all of these considerations inaddressing the engineering issues prevalent in the design

of sports and leisure facilities. There is no such thing as

a typical design solution: each and every one must be

tailored to suit the individual expectations, aspirations and

history of the specific sports club.

Long Span

Buro Happold is well experienced in long span roof

design, construction and coordination. The understanding

of efficient long span design must take into account

constructability issues, as the cost of long span roof is not

only measured in steel weight but also in the complexity

of the design, connections and erection procedures.

About Buro Happold:


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Emerson College, Los Angeles CenteLos Angeles, CA, USA

Ottawa Landsdowne StadiumOttawa, Canada

SELECTED PROJECTS


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Pinnacle Bank Arena

Lincoln, NE, USA

The new $180M Pinnacle Bank Arena will seat 16,000

and have expansion capabilities to 18,000 seats. The

design team is lead by DLR Group out of Omaha and

Lincoln, Nebraska with structural engineers Buro Happold,

New York and MEP engineers M-E Group, Denver.

The construction manager is Mortenson/Hampton

Construction. The site is particularly challenging, as the

arena bowl situated between existing railroad tracks on

two sides that will not be fully removed until 1 year into

the construction.

The use of Revit, 3D Building Information Modelingprovided a signicant benet to the project team during

design and the 3D models will be used by Mortenson/

Hampton during construction.

Key project information

Client City of Lincoln/University of Nebraska

Architect DLR Group

Project value $180M

Dates Completion expected in 2013


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Baylor University Football Stadium

Waco, TX, USA

The Baylor University Football Stadium is a new 41,405

seat stadium which will feature a proposed Event Center

housing a 150-seat auditorium. The stadium will be located

along the north bank of the Brazos River on the Baylor

University campus in Waco, Texas. Currently the site is

partially occupied by a lagoon that is connected to the river.


Client Baylor University

Architect Populous

Project value ConfidentialDates Completion expected in 2013


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Club de Ftbol Monterrey Stadium

Monterrey, Mexico

Upon completion the new 50,000 seat Tecate Stadium

will be one of the premier football and concert venues in

Central and South America and the new home for Club

de Ftbol Monterrey. Buro Happold provided structural

engineering services for the project which includes an

elliptical seating bowl that will oer high quality viewing

and an iconic metal clad iconic amorphous envelope.

There are two main tiers of seating, with two levels of

luxury suites located on intermediate levels and a large

restaurant at the southern end of the stadium. The

basement provides extensive parking and club facilities.


Client FEMSAArchitect PopulousProject value $175MDates Completion expected in 2012


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Emirates Stadium, Arsenal Football Club

London, UK

The overall form and structural configuration of Arsenal

FCs Emirates Stadium was derived by striving for a balance

between a wide range of factors including: high quality

viewing standards; iconic stadium form; desire to maximize

the quality of the pitch microclimate; limitations imposed

by a tight site footprint; and restrictions on budget and

construction period.

Buro Happolds structural and multidisciplinary design team

helped Sports Architecture develop the resulting elliptical

plan-form conguration which features ve main levels

of accommodation and four seating tiers, yet is containedwithin a compact site footprint and also respects the height

restriction imposed by local planners.The roof form features

a constant eaves line around the entire perimeter, and then

slopes downwards towards the pitch.


Client Arsenal Football Club

Architect Sports Architecture

Project value $288M

Dates Completed in 2006


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London 2012 Olympic Stadium

London, UK

Located in the heart of the Olympic Park, a previously

rundown industrial area of East London, the Stadium now

forms the center piece of the largest new park created in

Europe for a century. In legacy the Stadium will create a

world class athletics venue for the communities within

London and beyond. Designed with an 80,000 capacity

for the Olympic and Paralympic Games, the Stadium is

designed such that it can be dismantled down to a 25,000

capacity venue if required for its longer term use.

Buro Happold worked as part of Team Stadium, an

integrated design and construction team led by Sir RobertMcAlpine, and including Populous as architects and HED

as landscape architects. This collaborative and integrated

approach to the project has created a simple dismantlable

superstructure with an innovative lightweight cable

supported roof. Implementing a significant amount of

prefabrication of concrete and steel elements early on

meant that the program, quality of work and safety were

protected. Significant milestones including the lift of the

inner tension ring from its temporary scaffolding structure

to its final position could not have been achieved without

the ingenuity and integration of the whole team.

Where possible the team reused existing materials, for

example, the Compression Truss to the roof was constructed

by using 4,000 tons of unwanted gas pipeline found in a

yard in Yorkshire. The project was completed two months

ahead of the contract completion date and under budget

with an outstanding safety record.


Client Olympic Delivery AuthorityDesign-Build Contractor Sir Robert McAlpineArchitect PopulousLandscapeArchitect HEDDates Completed in 2011

Image: ODA


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Ascot Racecourse Redevelopment

Ascot, UK

The Ascot Authoritys aspiration to redevelop Ascot as the

finest racecourse in the world provides spectators and

visitors with world class racing and viewing facilities. The

project entailed a thorough reorganization and rebuilding of

the facilities at Ascot.

Buro Happold provided all the structural and ground

engineering, building services and infrastructure design for

this challenging project. The project comprised two main

components: the enlargement of the current site and the

construction of a new grandstand.


Client Ascot Authority (Holdings) Ltd.

Architect Populous

Project value $200M



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Image copyright: GMJ

Tottenham Hotspur Stadium and

Northumberland Development Project

London, UK

The Northumberland Development Project encompasses

a new Tottenham Hotspur football stadium, and the

regeneration of approx 20 acres of land within north

London. A new 58,000 seat stadium, providing a stunning

spectator experience and the highest quality of safety

and access is planned, surrounded by well-designed

public space that provides space for fans on match days

and supports community activities at other times. There

will be a hotel, a new club shop and club museum, as

well as offices for the Tottenham Hotspur Foundation.

Surrounding derelict land will be redeveloped to provide

a new supermarket and 450 new homes, as well as making

significant improvements to the High Road, preserving

listed buildings and green spaces.

Buro Happold is providing structural and multidisciplinary

engineering services for the development. Key aspects of

the engineering design include transport engineering, to

ensure the development meets the needs of supporters,

customers and residents alike, building on successful

transport strategies already adopted, and promoting

sustainable transport solutions that integrate with existing

public provision; crowd movement modelling in order

to manage the large number of pedestrians in a busy

built-up area; geo-environmental engineering to promote

best practice in the development of this brownfield

site; and utility engineering, working with the existing

infrastructure to develop robust and sustainable service

supply solutions to the new development.


Client Tottenham Hotspur Football Club

Architect Stadium - KSS Design Retail/residential/

site wide - Make Architects

Dates Ongoing


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The O2 Arena

London, UK

With the construction of the O2 Arena completed, a

new lease of life is infused into the famous Millennium

Dome on Greenwich Peninsula. The O2 is one of the UKs

most exciting and technically advanced music, sport and

entertainment destinations, and provides London with a

23,000 capacity state-of-the-art venue, surrounded by an

exciting entertainment district comprising a mixture of

leisure attractions, bars, restaurants, cafes and shops. The

entertainment district includes the O2 music club with a

capacity of over 2,000, an 1,800 capacity theater and the

O2 exhibition bubble which is able to host large scale

visiting international exhibitions.

The bowl shaped arenas diameter is 500 feet and lies

within the confines of the existing dome. Much of the

existing infrastructure was retained as was the plant

cylinders that house the services, such as electrical switch

gear. Existing piles within the floor were also incorporated

into the design where possible and appropriate.


Client Anschutz Entertainment Group

Architect PopulousProject value $160M



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The Millennium Dome

Greenwich, London, UK

One of the most recognized landmarks in the UK and

the largest of its kind in the world, the Millennium

Dome was completed in 1999. Buro Happold provided

multidisciplinary services including structural engineering

and long span and lightweight structures engneering.

The roof of the Dome is an enormous cable net, 1,000 feet

in diameter and clad in 860,000 square feet of tensioned

PTFE coated glass fiber fabric. It is an innovative feat of

engineering yet simple in concept, and was the recipient

of the prestigious MacRobert Award in 1999. The roof

surface is shaped like a spherical cap. Twelve 330-foot-

high steel masts extend from the roof that support a

tensioned net of steel cables, arranged radially on the

surface of the Dome and held in place by hangar and

tie-down cables at 82 foot intervals. An inner layer of

covering reduces thermal gain and improves thermal and

acoustic performance.


Client The New Millennium Experience

Company Limited

Architect Richard Rogers Partnerships

Project value $1.2BDates Completed in 1999


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Aviva Stadium

Dublin, Ireland

Buro Happold undertook the structural, civil and

geotechnical engineering for this 50,000 seat stadium built

for both the Irish Rugby Football Union and the Football

Association of Ireland. The new stadium is on the site of the

old Lansdowne Road Stadium and consists of a continuous

curvilinear shaped stand enclosing all four sides of the field.

The south, east and west stands all have four tiers of seating

with the majority of the spectators alongside the pitch. On

the north side there is just the one tier as the stadium comes

down dramatically in height to minimize the impact of the

building on the adjoining neighborhood.

The roof of the new stadium is approximately 620 feet long

in the north-south direction and 650 feet wide in the east-

west direction. Dierent structural systems were required to

form the roof and respond to the differing building height

criteria and seating bowl configurations of each stand.

The horseshoe roof truss is supported on 15m high sculpted

concrete columns which spring from behind the north stand

tier. From these, the faceted horseshoe truss runs around

and provides cover to the east, south and west stands of

the stadium, and is supported by radial spur trusses at

each facet. The single tiered north stand is covered by a

lightweight in-plane truss system roof, which is supported

off the horseshoe truss.


Client Lansdowne Road Stadium Development

Company

Architect Populous / Scott Tallon Walker

Project value $545M



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Brian Lara Cricket Academy

Port of Spain, Trinidad & Tobago

Brian Lara Stadium is a world class training facility and

athletic center located near the Port of Spain in Trinidad.

The 15,000-seat stadium was envisioned to compliment the

natural slope of the landscape.

The stadium prominently features a 3-story grandstand with

executive box and club seating accommodations, a four-

story press tower and a sweeping, articulated steel canopy

roof which cantilevers 30-meters from supporting columns.

Buro Happold collaborated closely with Populous to best

articulate the exposed structure and was responsible for

structural engineering of the extensive system of retainingwalls, pile foundations, the superstructure and roof structure

and the lateral stability system.

Buro Happold also optimized the structure supporting the

raked seating through dynamic simulation methods to find

significant savings in steel tonnage.


Client Port of Spain, Trinidad & Tobago

Architect Populous

Project value $26.5M



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The 8,500 seat Palasport Oval Lingotto is a world class speed

skating arena which was part of the redevelopment of the

Lingotto exhibition complex. The design had to meet three

key criteria: provide optimum internal climatic conditions for

speed skating; create a exible, dual-use venue for the local

community that offers skating in winter and exhibition space

in the summer; and improve the local environment as an

integral part of the urban redevelopment.

Buro Happolds structural engineers faced a key challenge on

the project - the construction of the arenas soaring 360 x 720

feet clear-span roof structure, which is made up of a systemof arching secondary trusses and curved primary bow-trusses

supported at one end on leaning quadrapod legs. The entire

steel structure is exposed and its undulating form gives the

arena a stunning appearance. The roof was designed to carry

substantial snow loads and undergoes large deflections under

both snow and thermal loadings; requiring an innovative joint

at the head of the facades to accommodate these movements.


Client Agenzia Torino 2006

Architect HOK SVE and Studio Zoppini AssociatiProject value $35M

Date Completed in 2005

Images copyright Studio Zoppini Associati

Palasport Oval Lingotto

Turin, Italy


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Astana Stadium

Republic of Kazakhstan, Russia

Astana Stadium is architecturally one of the most

important buildings of Astana, the capital city of

Kazakhstan and has been designed to reflect the modern

and contemporary aspects of the city, with its sweeping

elliptical form and innovative retractable roof. The

stadium has a total seating capacity of 30,000, comprised

of 14,000 in the upper tier and 16,000 in the lower stand

and the field meets FIFA and UEFA criteria.

Buro Happold provided structural engineering services

for the project and was responsible for the concept

design for the whole stadium and the scheme design forthe movable, polycarbonate roof. The roof protects the

field from the harsh climatic conditions, but also provides

natural light and ventilation for the comfort of the

spectators.

The main structure is comprised of insitu reinforced concrete

with prefabricated concrete elements for the stands. The

concrete structure provides an economical yet durable

structure with good resistance against weather conditions.

Sections of the east and west elevations are faced in profiled

aluminium cladding aording it a sleek, aesthetic quality.


Client Sembol Construction

Architect Tabanlioglu Architect

Sport Consultant PopulousProject value $48M


all images Populous


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Everton Football Stadium

Kirkby, UK

Buro Happold was appointed by Barr Construction to

provide the structural and multidisciplinary engineering

design for Evertons new 50,000 seat stadium, located in

Kirkby. Provision was made to ensure that the stadium

capacity can be expanded to 60,000 in the future as well as

provisions for hospitality for 1,700 people, expandable to

3,750 people with 24 boxes.

The utilities and shell infrastructure will accommodate

future expansion. Only the second-oor is to feature

conditioned, insulated spaces suitable for premium-level

type activities. The first floor and third floor are to beunconditioned spaces, ventilated by a combination of

natural ventilation and extract to toilets and kiosks.


Client Barr Technical Services

Project value $103M



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Bristol City Football Club New Stadium

Ashton Vale, UK

In November 2007 Bristol City Football Club announced

their intention to relocate to a new site in Ashton Vale.

The proposed new stadium will have an increased seating

capacity of 30,000 with a flexible design, potentially

accommodating up to 40,000 in the following phases. The

stadium will be designed to host Rugby Union matches

and non-sporting events such as concerts and exhibitions.

One of the clubs requirements for their new stadium is the

ability to host UEFA and/or FIFA sponsored games so great

care has been taken to ensure the design is compliant

with UEFAs and FIFAs current specification guidelines forstadia.

The clubs supporters have been at the heart of this new

stadium; a detailed consultation process was carried

out, initiated through a fans survey and concluded with

a number of meetings between the design team and

supporters trust. These sessions proved to be extremely

beneficial, refining and confirming the clubs original

design brief.

All images Populous

In order to improve the new stadiums environmental

credentials, different methods of reducing the carbon

emissions and running costs have been investigated, such

as photovoltaic panels, wind turbines and ground source

heat pumps.

Currently we are proposing solutions (which include the

provision of a biomass heating plant) that will reduce the

site carbon emissions by 10%, while creating a minimal

aesthetic and cost impact for the stadium and the

surrounding site.

We are currently awating planning permission for this new

stadium and the program indicates a stadium opening for

the start of the 2013 football season.


Client Bristol City Football Club

Architect Populous

Value $103M

Dates Ongoing


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The

engineeringofexcellence

Abu Dhab

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Beijing

Belfast

Berlin

BirminghamBoston

Cairo

Copenhagen

Duba

Edinburgh

Glasgow

Hong Kong

Jeddah

Kuwait

Leeds

London

Los Angeles

Manchester

Moscow

Mumba

Munich

New York

Pune

San Francisco

Riyadh

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Structural Engineering Building Services / MEP Engineering

Ground Engineering Infrastructure Engineering Sustainability

Specialist Consulting

Los Angeles

9601 Jeferson Blvd., Suite B

Culver City, CA 90232

Tel: +1 310 945 4800

San Francisco

228 Grant Ave., 4th Floor

San Francisco, CA 94108

Tel: +1 415 778 2797

[email protected]@burohappold.com

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