INTERNATIONAL NETWORK FOR THE DESIGN OF EARTHQUAKE RESILIENT CITIES (INDERC): THE 2012 LISBON INDERC MANIFESTO

Sunday, 1 April 2012

THE 2012 LISBON INDERC MANIFESTO

The 2012 Lisbon INDERC Manifesto
International Network for Design of Earthquake-Resilient Cities (INDERC)
Red Internacional para el Diseño de Ciudades Sísmicamente Resilientes (RIDCSIR)

We, professionals (architects, geologists, urban planners, structural, civil, geotechnical social engineers, etc.) engaged in making cities resilient to earthquakes.

1. Having participated in the Special Session “The role of architecture and urban planning in the earthquake resilience of cities” of the 15th World Conference on Earthquake Engineering.

2. Recognizing that:

· The design of cities has a critical effect on their ability to absorb, respond to and recover from the effects of earthquakes.

· This goes beyond the structural strength of buildings, the physical resilience of lifelines and critical infrastructure, and geotechnical engineering.

· The earthquake resilience of cities includes the design and layout of cities and their components, the consideration of earthquake hazards in this design, and their relationship to how communities and authorities alike can respond to and recover from earthquakes.

· There is a need of communication professional exchange and cooperation between those professionals who are interested in examining and applying earthquake-resilient design and the consideration of earthquake hazards generally, in the fields of architecture, urban design, urban planning, and landscape architecture.

· It is important that a multidisciplinary approach should be taken to the gathering and implementation of knowledge on this subject. Means to foster communication and collaboration; between the fields of engineering, design and planning, emergency management, and policy and government, will be formed and promoted.

Propose:

The creation of the International Network for Design of Earthquake-Resilient Cities is to:

- Provide a hub for multidisciplinary knowledge exchange about design for earthquake-resilience of cities through an open network of individuals and organisations.

- Encourage communication and collaboration between disciplines related with the seismic resilience of cities: structural engineering, geotechnical engineering, seismology, lifelines engineering, emergency management, social sciences, architecture, urban planning and landscape architecture, and others; and policy-makers and government authorities.

- Encourage engagement with all disciplines concerned with the aim of earthquake-resilient cities.

- Identify areas for study and development within the fields of architecture, urban design, urban planning, and landscape architecture that consider urban resilience from the effects of earthquakes as a part of best-practice design.

- Promote educational initiatives such as cross-disciplinary courses in schools of architecture, urban planning and structural engineering, including the influence of urban planning and architectural configurations on seismic resilience of cities.

- Assist in the advancement of resilient design principles in city planning policy and building regulations, through the collaboration between engineering and design disciplines and policy makers.

INITIAL MOMENTS OF THE SPECIAL SESSION "THE ROLE OF ARCHITECTURE AND URBAN PLANNING IN EARTHQUAKE-RESILIENCE OF CITIES" INTO THE 15WCEE. SEPTEMBER 27, 2012 IN LISBON, PORTUGAL

No comments:

Encouraging cross-disciplinary engagement:

1. Strengthening of communication and collaboration between earthquake engineering disciplines (structural engineering, seismology, lifelines engineering, emergency response and social sciences); architectural, urban planning and landscape architecture disciplines; and policy-makers and government authorities.

2. Establishing a common vocabulary of earthquake-resilience terminology across disciplines.

3. Active participation of architects and urban planners in the development of regulations that affect the earthquake-resilience of buildings.

4. Development and implementation of a cross-disciplinary approach in the design of cities, and the consideration of the city as a system where all components are interrelated.

5. Participation of city officials, decision makers and associations of architects and urban planners in controlling the application of seismic concepts in the design, planning and construction processes of the built components of cities.

6. Teaching cross-discipline courses in undergraduate and graduate schools of architecture, city urban planning and structural engineering, including the influence of urban planning and architectural configurations on seismic resilience of cities.

THE FOUNDERS OF INDERC

Teresa Guevara-Perez

Graduated as an Architect from the Universidad de Los Andes, Venezuela and has a postgraduate Diploma in Industrialized Building from the Architectural Association Graduate School in London, a Master and a Ph.D. in Architecture, specializing in earthquake-resistant building at the University of California, Berkeley. She has worked as a researcher in the field of public housing and as an independent consultant on the Architecture of earthquake-resistant buildings, the seismic vulnerability of hospitals, urban configurations in seismic zones, and earthquake disaster mitigation. She is the author of various books, and papers, and articles published in specialized technical journals.

Alice Tavares Costa

Is an Architect who practises in Portugal. She is a researcher at Faculty of Engineering of the University of Porto (CEC- FEUP). Now is developing her doctoral thesis at Department of Civil Engineering of University of Aveiro. She has a special interest in the conservation of the Earth's Heritage with respect to seismic concerns, historical earthquakes, and the traditional systems of construction in seismic regions. She is the President of Portugal CICOP.Net.

Adriana Guisasola

Is an Architect who practices in Mendoza, Argentina. She teaches at the Faculty of Architecture, Urban and Desing of Mendoza University. She is specialist in Prevention, Planning and Management of Disaster Prone Areas and a specialist in Seismic Design. She has a special interest in Seismic Architectural Design with New Technologies of Seismic Protection. Now is developing her doctoral Thesis of Architecture: “Architecture and Base Isolation”. She is also the President of Arquitectura Sísmica S.A. and the President of the Seismic Architecture Foundation (FAS).

Luke Allen

Is an Architect who practises in Wellington, New Zealand, and teaches at the Victoria University of Wellington School of Architecture. He has a special interest in seismic design and design for resilience, and is a member of the Management Committee of the New Zealand Society for Earthquake Engineering. He is also Secretary and Deputy Chair of the New Zealand Institute of Architects Wellington Branch.

Antonio Aretxabala Díez

Is a Geologist who practises in Spain, and teaches at the University of Navarre School of Architecture and Sciences. He has a special interest in the seismic effects on cities through the ground as a whole system as well as in the design of resilience mitigation tools through Urban Planning. He participated actively in the design for the resilience of Lorca (Spain) with the University of Murcia, the Federation of Business Owners of Lorca, and other enterprises and official organizations. He is also the Technical Director of the Laboratory of Buildings at the University of Navarre's School of Architecture.

Cristina Sanz

Graduated as an Architect from the University of Navarre, Spain has a Ph.D. in Architecture, specializing in structures at the School of Architecture of the same University. She has worked as a researcher in the field of quality control in building and reinforced concrete structures. During the period 2007-2011 she was the responsible of the Urbanism Area of the Town Hall of Tafalla (Navarre). Author of various books, papers and articles, she practices in Pamplona, Spain and has a special interest in quality control of reinforced concrete structures, regarding among others, seismic actions as well as in the relationship between the resilience of cities in seismic prone areas and Urban Planning design criteria.

INTERNATIONAL NETWORK FOR THE DESIGN OF EARTHQUAKE RESILIENT CITIES (INDERC)

LABELS

HOME

Sunday, 1 April 2012

THE 2012 LISBON INDERC MANIFESTO

No comments:

Post a Comment