BTCD. GENERAL Atrium en Bouwfysica | Jaco de Koning | 0.9Mb Brandveilgheid en Vluchtwegen | Julian Hooijmans | 7.3 Mb IJzerconstructies en Brand | Robert Huisman | 1 Mb Geluidswering | Edward Schuurmans, Martijn Oskam | 4 Mb Traffic noise | Daniel Pantillon | 3.6 Mb Parkeren | Jasper Felsch, Pieter Omlo | 12.3 Mb Prefabbeton: productie, producten, montage | Jeroen Bos | 0.4, 2.2, 0.3 Mb Ben Bronsema: Vocht, waar maken wij ons druk om? | David de Jong | 0.4 Mb Wind, Lucht en Water | Robert Ovbiaubonia | 2.7 Mb Maatsystemen | Edwin Strik | 1.5 Mb Cargo containers | Jaro Cools 1.9 Mb Daglicht | Koon Lai Ho, Misja van Hattum | 2.7 Mb Zonwering | Sacha Buck | 16.7 Mb FACADE Aluminium en glas | Anna Arabha | 40.8 Mb Terra cotta gevelbekleding 1 2 3 | Jeroen Bos | 0.3, 0.2, 0.2 Mb Hout in Gevels | Pieter Oskam | 5 Mb Tweede Huid Facade: geluidswering en ventilatie | Gert de Best | 7.6 Mb ROOF Dakbedekkingen | Sara Caris, Marcel Westers | 12.3 Mb BREAKING NEWS!
MSc4 P3 Bt requirements MSc4 Bt Manual. Casa El Pangue - Patagonian Residence, Chile - e-architect. 26 Feb 2013 El Pangue House Design: Elton+Leniz Arquitectos asociados El Pangue House Location: El pangue, Chile English text (scroll down for Spanish): El Pangue House stands on a steep sloping site facing the ocean view. photograph : Natalia Vial The house is developed towards a central vertical circulation, connecting the 4 levels and 3 terraces in which the house is organized, in order to get as much of the view of the Pacific Ocean as possible, taking advantage of the height offered by the natural slope of the site. Each level organizes a different part of the program; the access goes through the lower level were you find the parking zone, storage and an open shower.
Photographs : Natalia Vial The constructive system is generated upon sustaining concrete walls that terraces the site in three levels. The living room level appears as a great terrace surrounded by planters which replaces the railings. Spanish text: Casa El Pangue photographs : Natalia Vial. Casa en El Arrayán / Planmaestro + Cristián Schmitt Rivera. Architects: Planmaestro, Cristián Schmitt Rivera Location: Arrayán, Lo Barnechea, Santiago Metropolitan Region, Chile Structure: Eduardo Zégers Area: 107.0 sqm Year: 2009 Photographs: Mathias Jacob From the architect. The commission was to design a small house for a young couple, to be placed north of an existing house on the same family lot.
The site, located at the suburb of El Arrayán and approximately 1000 meters above sea level, has a steep slope to the south-east, that opens a dramatic view of the valley in that direction. The house is organized in two parallel volumes, displaced to sit on the uneven terrain and both facing the view to the east. The lower volume accommodates two bedrooms, each with space for desk, closet and bathroom. The upper volume is a single space for living room, dining and kitchen. The east terrace stands over de lower volume, one story over the ground level, to enjoy the view from a vantage point. Urban risk assessments : understanding disaster and climate risk in cities. EBL Patron: Delft University of Technology.
Building Safer Communities. Risk Governance, Spatial Planning and Responses to Natural Hazards : Risk Governance, Spatial Planning and Responses to Natural Hazards Fra Paleo, U. This book is a collection of essays, bringing together seventeen contributions from different disciplines, with various, but complementary points of view, to discuss the directions and key components of risk governance. Some of the many issues of interest to risk scholars addressed in this work include the analysis of proactive approaches to the governance of risk from natural hazards; approaches to broaden the scope of public policies related to the management of risks from natural hazards, including emergency and environmental … Show moremanagement, community development and spatial planning. You currently have no bookmarks for this book. Urban Risk Assessments: Understanding Disaster and Climate Risk in Cities.
Two billion new urban residents are expected in the next 20 years, adding to the world’s already burgeoning cities. Rapid urbanization, accompanied by increased competition for land, decreased vegetation cover, changes in land use, and greater variability in climate are drivers that alter population distribution, relative wealth or impoverishment, and potential hazards and vulnerabilities over a short time horizon. To date the response to disasters has largely been reactive. Given the significant impact that natural hazards and climate change will have on urban investments, increasing priority is now placed on proactive, adaptive planning to reduce and manage the potential for disasters and climate change. With this recognition, the value of identifying, diagnosing and mapping high risk areas is gaining visibility and importance. The Urban Risk Assessment (URA) presents a flexible approach that project and city managers can use to identify feasible measures to assess a city’s risk.
Reconstruction – UN-Habitat. Official Website of the United Nations Human Settlements Programme. UN-Habitat’s experience and expertise in the shelter sector has been highly recognized, not only at the global level, but, most importantly, at the local field level in countries as Afghanistan, Pakistan, Sri Lanka, Haiti, Kosovo, Myanmar, Indonesia, and the Philippines, among others. Here are some recent examples of UN-Habitat’s humanitarian response involvements: Urban Syria The Syrian conflict and subsequent humanitarian response, in urban areas, will be the largest and most challenging conflict-related response for more than a decade, and to some extent will be the most complex urban challenge in recent history. Current estimates of destroyed and damaged homes is well in excess of 250,000, suggesting that more than USD 7 billion will be required, on housing alone, to support families in the recovery process. ALNAP 2012 Meeting the Urban Challenge.pdf.