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Vols. 584-586
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Applied Mechanics and Materials Vols. 584-586
Paper Title Page
There are many studies conducted in evaluating fire safety of different building occupancies. The evaluation techniques contributed immensely in providing better understanding of fire risk in buildings, thereby recommending measures to be taken in preventing loss of lives and properties. However, the development of some of these assessment methods was based on regulations of fire safety criteria and attributes in codes and standards for a specific type of occupancies. Thus representing and suiting the features of a particular country for which the assessment methods were made. This paper proposes an assessment framework for fire safety in Plastic factory buildings in Nigeria. The criteria and attributes of fire safety were extracted from the literature and their corresponding requirements base on codes and standards. A questionnaire was also administered during the pilot survey to (n=9) fire safety experts to rank the fire safety criteria and attributes, according to the level of their importance, using analytical hierarchy process(AHP) judgment scale. Expert choice 11 software was used in the analysis. The assessment framework for fire safety in plastic factory was proposed based on the experts’ judgment, for the fire safety criteria and attributes and their requirements in codes and standards.
Creating a comfortable indoor environment has been one of the mainconcerns when it comes to the design and operation of buildings. Buildings are a crucial part of our daily life, on average people spends 85 % of their time performing activities inside of buildings and therefore the quality of the indoor environment is a critical factor affecting the happiness and productivity of building users.The indoor environmental quality has a strong relationship on the thermal conditions of a space which is directly affected by the amount of heat lost or gained due to the properties of the materials used, the external environmental conditions and the inner sources of heat; In consequence, efforts have to be made to maintain proper thermal conditions by means of using natural and mechanical strategies to provide heating, cooling and ventilation. While the thermal comfort is an important aspect for the average user of a building, it becomes a critical aspect when it comes to population highly sensitive to thermal conditions. Children under and patients in hospitals with low levels of immune system are more likely to feel discomfort under certain operational conditions of ventilation, cooling and heating delivery systems.Particularly in this study have been investigated the thermal comfort and thermal comfort parameters for children, toddlers and hospital patients in three locations during the typical operation of systems in late spring.
Creating a comfortable indoor environment has been one of the mainconcerns when it comes to the design and operation of buildings. Buildings are a crucial part of our daily life, on average people spends 85 % of their time performing activities inside of buildings and therefore the quality of the indoor environment is a critical factor affecting the happiness and productivity of building users.The indoor environmental quality has a strong relationship on the thermal conditions of a space which is directly affected by the amount of heat lost or gained due to the properties of the materials used, the external environmental conditions and the inner sources of heat; In consequence, efforts have to be made to maintain proper thermal conditions by means of using natural and mechanical strategies to provide heating, cooling and ventilation. While the thermal comfort is an important aspect for the average user of a building, it becomes a critical aspect when it comes to population highly sensitive to thermal conditions.
Creating a comfortable indoor environment has been one of the mainconcerns when it comes to the design and operation of buildings. Buildings are a crucial part of our daily life, on average people spends 85 % of their time performing activities inside of buildings and therefore the quality of the indoor environment is a critical factor affecting the happiness and productivity of building users.The indoor environmental quality has a strong relationship on the thermal conditions of a space which is directly affected by the amount of heat lost or gained due to the properties of the materials used, the external environmental conditions and the inner sources of heat; In consequence, efforts have to be made to maintain proper thermal conditions by means of using natural and mechanical strategies to provide heating, cooling and ventilation. While the thermal comfort is an important aspect for the average user of a building, it becomes a critical aspect when it comes to population highly sensitive to thermal conditions.