Subtask A: User perspective and requirements - A.3 Personas

The consumption of energy for lighting in buildings depends very much on the way people interact with the build environment. In this study the following building types were studied, office, school, university, commercial and industry buildings. For each building type typical user groups were identified. Then, Personas have been created for each group. As opposed to describing users with numbers and statistics, a single Persona reflects a group and is presented with a narrative. The Persona has a name, a family and living conditions that are representative for the group, also her/his values and interests are not uncommon. The Personas “typical day” includes a time schedule typical for the group. Visual conditions are common for the group, but some specific challenges connected to the visual conditions that may occur in the group are also mentioned.

Risk Type Analysis of Building on Urban Flood Damage

Climate change caused by global warming has resulted in an increase in average temperature and changes in precipitation pattern and intensity. Consequently, this has led to an increase in localized heavy rain which intensifies the uncertainty of the development of urban areas. To minimize flood damage in an urban area, this study aims to analyze the flood risk effect on buildings by ranking the risk of flood damage for each building type and sorting the long-term land use plan and the building type that requires particular consideration. To evaluate the flood risk of each building type, vulnerability analysis and exposure analysis were conducted in five regions of the Ulsan City. The vulnerability analysis includes determination of each building type by using the building elements which are sensitive to flood damage. In terms of the exposure analysis, environmental factors were applied to analyze the flood depth. The mapping based on the results from two analyses provided the basis for classifying the flood risk into five classes (green, yellowish green, yellow, orange, red). The results were provided in the urban spatial form for each building type. This analysis shows that the district near the Taehwa river is the area with the highest risk class buildings (red and orange class buildings). Notably, this area plays a pivotal functional role in administrating the Ulsan City and has a high density of buildings. This phenomenon is explained by city development which is centered around the lowland; however, given the high value of property, the potential risk is proven to be high.

QUALITATIVE AND QUANTITATIVE GUIDELINES FOR CARBON-NEUTRAL KINDERGARTEN DESIGN IN ITALY

ABSTRACT In Italy, when building a new school, there are no regulatory or cultural references that consider recent regulations on energy savings and emissions reduction, key environmental considerations that have received increasing notice in society and new teaching methods needs to address these environmental concerns, especially as related to the built environment. The main goal of this paper is to outline qualitative and quantitative guidelines for building low-carbon kindergartens in Italy. These guidelines will define a new building type for schools while also evaluating energy and environmental performance to create a structured and interdisciplinary support tool that can be used by designers during the preliminary phase of the design process. The method starts from the detailed analysis of representative sustainable buildings to define new typological models, then several energy and environmental analyses follow to evaluate the new building type performance, and finally the guidelines are detailed following the environmental and technological system.

The effects of different ceiling structures and plan typologies on acoustical conditions of historical mosques

Mosque is a building type used by Muslim people consists of speech and music rituals. Good acoustical condition in mosques is an important issue to provide desired acoustical environment for prayers and Imams during different worship rituals. Prayers need to feel individuality in praying and the sense of unity in recitation of the Quran, hymns. Worship activities need a high level of speech intelligibility and to satisfy prayers in the spiritual aspects which make people feel closed to the God. In the context of study, six historical mosques in Turkey, with different types of cover structures and plan typologies, are designated as study areas. The present study contains two methods which the first one is collecting acoustical data by measurements and the second consists of mathematical modelling software program. The purpose of study to investigate effects of different plan typology and ceiling structures on acoustical characteristics in mosques with similar volume. Also, distribution of acoustical parameters and the suitability of the values obtained through acoustic simulations and measurements to the recommended values are aimed to be investigated. As a result of the investigations, it was concluded that the objective acoustic parameters of mosques changed according to the geometric parameter properties.

Development of Training Scenario Content for On-Site Commanders through Analysis of Response Failure Factors

The aim of this study was to develop training content to strengthen the response capabilities of on-site commanders in actual fire sites. By analyzing past fire cases with insufficient fire responses during firefighting activities, it was determined that analyzing the causes through fire investigations and their corresponding responses is an important step. In addition, although identical fire occurrence situations cannot be reproduced, the causes and responses could be categorized similarly. In this study, the various problems occurring frequently during firefighting activities and factors affecting the response failures were analyzed according to the main causes of fires by building type. Thus, various training scenarios were developed and applied based on the above considerations.

Monetary Institutions and the Emergence of a New Building Type

In the late 19th and early 20th centuries, Zagreb witnessed the appearance of a new building typology meant to accommodate various sorts of monetary institutions: banks, savings banks, insurance companies and stock exchanges. This paper presents one important early example of that type – the seat of the Croatian Escompte Bank in Zagreb. It was designed in 1898-1899 by the Vienna-based studio Fellner and Helmer for a prominent location at 3 Ilica Street and it heralded the defining features of the new building type, such as the union of diverse facilities within a single structure, imposing architectural features and overall grand appearance, and a highly prominent role in the urban fabric of the city. In particular, it contributed to the definition of a spatial and formal scheme for commercial corner buildings, as the most exposed and attractive segments of downtown city blocks. In that sense it served as a productive model for a number of corner buildings intended for business purposes that were to follow.