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Vitality in the architectonic environment
Eyer, David ; Horáček, Martin (referee) ; Hudec, Mojmír (referee) ; Kyselka, Mojmír (referee) ; Žabičková, Ivana (advisor)
More and more research studies are being conducted on the quality of architectural space as a factor affecting our mental, social and physical health. In the past, this topic was often overlooked in its complexity. The establishment of the specialized fields of building biology, biophilic architecture and the works of Christopher Alexander and Nikos Salingaros now allow us to consider various facets of this subject. This dissertation aims to analyse the topic of vitality in architectural space by studying the abilities and perceptions of its users. Therefore its aim is not to develop a new theory of “vitality-enhancing architectural space”, but to describe how this phenomenon is perceived by the users themselves. Users can provide feedback on which features of architectural space they see as the most important for the feeling of vitality. These features have been hierarchically organized based on their perceived importance, analysed and described in detail to allow their relatively easy application in practice. This dissertation will also allow a comparison with other existing works on the studied topic.
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Interaction of architecture with geomagnetic field
Holá, Magda ; Ing.David Eyer (referee) ; RNDr.Eleonora Čermáková (referee) ; Menšíková, Naděžda (referee) ; Žabičková, Ivana (advisor)
With the application of new technological trends and principles of scientific research in general, places on environmental influences (everything what surrounds human - building interior and exterior materials, urban areas) and also with sustainable development and ecology, etc., and on health and psychological well-being humans and thus puts on architecture and building entirely new demands on the application of new principles. Due to global climate change, which recently published the official report of the International Panel on Climate Change (IPCC), are placed on reducing the emissions into the atmosphere greater demands on. If architects previously were requested by the client, building with optimal solutions and functional expression of aesthetic quality, so now in addition to increasing demand on building´s solution with low power consumption using environmentally friendly materials from renewable resources and completely satisfying idea of sustainable development. Global societal trends is reverting to the traditional approaches to creating an environment (the application of natural materials, Feng Shui, Building Biology, etc.). The growing trend in today's society on issues of sustainable development, conservation of natural conditions, examining the effects of construction on human health and psychological well-being, which the aims bring together experts seemingly unrelated fields such as geophysics, medicine, architecture, civil engineering, etc., and their findings, according to aspects of the disciplines draw general rules of healthy living. Emerging and still evolving field aims to examine the relationship between man and his environment. The logical starting point is therefore in the context of examining the structure of the first dwelling. Buildings where people spend at least one third of their life. Building, whose location, orientation, mass, materials used in building itself as well as those that surround people in the interior, and many others will affect the physical and physiological action. Not only health but also mental well-being of man is as much determined by a whole range of relationships and linkages. Structural system guidelines for healthy living is the main reason of the work, clear what assumptions we have taken into account in the design and how it specifically relates to a quality place to rest – the Geomagnetic field is one of the base point, which lead to healthy living. Interaction of architecture and geomagnetic field and their values are processed in the evaluation system. It would lead to clarification of the relationship between the occurrence of these anomalies and building materials, construction, site selection for construction of buildings and other solutions. I will desribing the relationship between human´s health and the incidence of these artificial or natural anomalies at the same time.
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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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Extrasensory Architecture
Kacetlová, Kateřina ; Eyer, David (referee) ; Mléčka, Jan (advisor)
This thesis sums up the current possibilities of a family house building considering the tradition and the relationship of the inhabitants not only to the landscape but also to themselves. Specifically, it describes the possibility of using natural building materials and creating a variable and vital space considering contemporary family needs. The first part of the sub diploma contains a manual of historical development and current trends in the field of extrasensory perception of architecture. The design part describes a proposal of a family house in the countryside. The results of this study provide a basic insight into the problem and illustrate the practical application of acquired knowledge in the construction of the family house.
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Extrasensory Architecture
Kacetlová, Kateřina ; Eyer, David (referee) ; Mléčka, Jan (advisor)
This thesis sums up the current possibilities of a family house building considering the tradition and the relationship of the inhabitants not only to the landscape but also to themselves. Specifically, it describes the possibility of using natural building materials and creating a variable and vital space considering contemporary family needs. The first part of the sub diploma contains a manual of historical development and current trends in the field of extrasensory perception of architecture. The design part describes a proposal of a family house in the countryside. The results of this study provide a basic insight into the problem and illustrate the practical application of acquired knowledge in the construction of the family house.
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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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Vitality in the architectonic environment
Eyer, David ; Horáček, Martin (referee) ; Hudec, Mojmír (referee) ; Kyselka, Mojmír (referee) ; Žabičková, Ivana (advisor)
More and more research studies are being conducted on the quality of architectural space as a factor affecting our mental, social and physical health. In the past, this topic was often overlooked in its complexity. The establishment of the specialized fields of building biology, biophilic architecture and the works of Christopher Alexander and Nikos Salingaros now allow us to consider various facets of this subject. This dissertation aims to analyse the topic of vitality in architectural space by studying the abilities and perceptions of its users. Therefore its aim is not to develop a new theory of “vitality-enhancing architectural space”, but to describe how this phenomenon is perceived by the users themselves. Users can provide feedback on which features of architectural space they see as the most important for the feeling of vitality. These features have been hierarchically organized based on their perceived importance, analysed and described in detail to allow their relatively easy application in practice. This dissertation will also allow a comparison with other existing works on the studied topic.
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Vitalita v architektonickém prostoru
Eyer, David
Dissertation focuses on research of factors that influence vitality in architecture space. It is as a matter of fact renascence and update of practice, that was used in the past either consciously or unconsciously, but during modern age forgotten or inhibited. Dissertation also brings in resume of practical instrumental means of vital architectural creation.
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Interaction of architecture with geomagnetic field
Holá, Magda ; Ing.David Eyer (referee) ; RNDr.Eleonora Čermáková (referee) ; Menšíková, Naděžda (referee) ; Žabičková, Ivana (advisor)
With the application of new technological trends and principles of scientific research in general, places on environmental influences (everything what surrounds human - building interior and exterior materials, urban areas) and also with sustainable development and ecology, etc., and on health and psychological well-being humans and thus puts on architecture and building entirely new demands on the application of new principles. Due to global climate change, which recently published the official report of the International Panel on Climate Change (IPCC), are placed on reducing the emissions into the atmosphere greater demands on. If architects previously were requested by the client, building with optimal solutions and functional expression of aesthetic quality, so now in addition to increasing demand on building´s solution with low power consumption using environmentally friendly materials from renewable resources and completely satisfying idea of sustainable development. Global societal trends is reverting to the traditional approaches to creating an environment (the application of natural materials, Feng Shui, Building Biology, etc.). The growing trend in today's society on issues of sustainable development, conservation of natural conditions, examining the effects of construction on human health and psychological well-being, which the aims bring together experts seemingly unrelated fields such as geophysics, medicine, architecture, civil engineering, etc., and their findings, according to aspects of the disciplines draw general rules of healthy living. Emerging and still evolving field aims to examine the relationship between man and his environment. The logical starting point is therefore in the context of examining the structure of the first dwelling. Buildings where people spend at least one third of their life. Building, whose location, orientation, mass, materials used in building itself as well as those that surround people in the interior, and many others will affect the physical and physiological action. Not only health but also mental well-being of man is as much determined by a whole range of relationships and linkages. Structural system guidelines for healthy living is the main reason of the work, clear what assumptions we have taken into account in the design and how it specifically relates to a quality place to rest – the Geomagnetic field is one of the base point, which lead to healthy living. Interaction of architecture and geomagnetic field and their values are processed in the evaluation system. It would lead to clarification of the relationship between the occurrence of these anomalies and building materials, construction, site selection for construction of buildings and other solutions. I will desribing the relationship between human´s health and the incidence of these artificial or natural anomalies at the same time.
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