Thermal comfort

AvaliaÁªo do ambiente

Minas Gerais / Data Collection / Thermal comfort / Indexation

Aguas termales en medicina: indicaciones clásicas y nuevas aplicaciones emergentes

Hydrology / Climatology / Public Health / Cosmetic Dermatology / Baths and bathing culture / Thermal comfort / Personal care and beauty; cosmetics / Health Resorts and Spas / Crenobiology / Alternative Medicine Role in Healthcare / Talassoterapia / Medical vocabulary / Thermal comfort / Personal care and beauty; cosmetics / Health Resorts and Spas / Crenobiology / Alternative Medicine Role in Healthcare / Talassoterapia / Medical vocabulary

Tecnología de Producción de Elementos para Techumbres Bioclimatizadas de Lámina de Zinc

Sustainable Building Design / Heat Transfer / Bioclimatic Architecture / Building Integrated Solar Energy Technologies / New Product Development / Heat Treatment / Health Care Management / Alternative Energy / Design Quality Evaluation in Healthcare Facilities (Architecture) / Product innovation / Industrial Product Design / Alternative Construction Materials & techniques / Innovation Management / Health Care Buildings / Engineering product development process / Production Technology / Public health Facilitation / Thermal comfort / Public Administrationl; Health Care Management / Environmental Architecture / Bioclimatology / Heat Conduction / Thermical Engineering / Cool Roofs / Design and Manufacture / Pilot Plant Scale Up Techniques / Thermal comfort & Energy efficiency in hot climates / Thermic Confort / HEAT REFLECTIVE ROOF TILES + WATERPROOFING / Arquitectura Bioclimatica / Roofing in Hot and Dry Climate / Building Materials Roofing / Innovative Processes / Polyurethane Foam / Health Care Facilities / Health Care Infrastructure / Integrated Green Building Design / Pilot Plant / Foaming / Construction Elements / Health-care Facilities / Envikronmental Design Elements / Tropical Bioclimatology / Metal Roofing / Thermic Behaviour / Heat Treatment / Health Care Management / Alternative Energy / Design Quality Evaluation in Healthcare Facilities (Architecture) / Product innovation / Industrial Product Design / Alternative Construction Materials & techniques / Innovation Management / Health Care Buildings / Engineering product development process / Production Technology / Public health Facilitation / Thermal comfort / Public Administrationl; Health Care Management / Environmental Architecture / Bioclimatology / Heat Conduction / Thermical Engineering / Cool Roofs / Design and Manufacture / Pilot Plant Scale Up Techniques / Thermal comfort & Energy efficiency in hot climates / Thermic Confort / HEAT REFLECTIVE ROOF TILES + WATERPROOFING / Arquitectura Bioclimatica / Roofing in Hot and Dry Climate / Building Materials Roofing / Innovative Processes / Polyurethane Foam / Health Care Facilities / Health Care Infrastructure / Integrated Green Building Design / Pilot Plant / Foaming / Construction Elements / Health-care Facilities / Envikronmental Design Elements / Tropical Bioclimatology / Metal Roofing / Thermic Behaviour

Ahorros y Eficiencias en los Sistemas de Energía del pequeño negocio familiar de alimentos y bebidas. Caso El Horno Biergarten Cafe

Sustainable Building Design / Water and wastewater treatment / Economics of Innovation / Management of Innovation / Energy Efficiency Buildings / Food and Beverage Management / Building Integrated Solar Energy Technologies / Sustainable Tourism / Wind Energy (Engineering) / Building Integrated Water Management / Energy efficiency / Solar Absorption Cycle Refrigeration / Energy Efficiency in Buildings / Natural protected areas / Energy efficient Lighting / Refrigeration Air Conditioning / Waste water treatment / Indoor environment - thermal comfort, indoor air quality health and wellbeing / Food Quality Management / Food and Gastronomy Tourism / Soil and Water Conservation Engineering / Heating, Ventilating, Air Conditioning & Refrigeration / Indoor Environment and Energy / Outdoor Thermal Comfort / Indoor environmental quality / Entrepreneurship and Family businesses / Food and beverage control / Thermal comfort / Energy saving systems / Grid Integration of Wind Farms / Biodiesel Production from Vegetable Oil / Hybrid Power from solar and wind energy / Gastronomic Tourism / Sustainability, Green Kitchens, Carbon Footprinting / Energy savings / Biodiesel Production / Thermal Comfort and Energy Efficiency in Hot Humid Climates / Solar Adsorption Refrigeration / Grid Connectecd Current Source Inverter Based Photo Voltaic Systems / Food & Beverage Production and its services / Economics of Technological Changes / Energy Saving Strategies / Thermal comfort & Energy efficiency in hot climates / enhancing indoor environmental quality IEQ / Building integrated photovoltaics (BIPV) / Vegetable oils used as fuel / Photovoltaic Solar Systems / Eco-innovations / Microbusiness / Air-Conditioning And Refrigeration (Refrigerant, Energy Consumption) / Grid connected PV system / CUSTOMER SATISFACTION TOWARDS SERVICE QUALITY OF food and beverage / Pv Connected to Grid / Roofing in Hot and Dry Climate / Building Materials Roofing / Sustainable Management of Protected Areas / Performance and Emissions Characteristics of Internal Combustion Engines Fuelled by Biodiesel Derived from Palm Oil / Integrated Building Design and Integrated Project Delivery / Food and Beverage Culture / Micro and Small Business Entrepreneurship / Energy Savings Strategies / System Innovation of Renewable Energy / Building Integrated Renewable Energy / Solar Powered Refrigerator / Energy and Environmental Engineering / Efficiency of innovation Processes / Solar Air Conditioning / Diesel Generator / Performance and emmisions characterictics of internal combustion engines fuelled by biogas and biodiesel derived from algae oil / Use of Used Vegetable Oil for Making Biodiesel / Recycling of Used Vegetable Oil / Solar Panel, Peltier module, Photovoltaic Driven Refrigerator / Indoor air quality, Safety, environmental / Food and Beverage Management / Building Integrated Solar Energy Technologies / Sustainable Tourism / Wind Energy (Engineering) / Building Integrated Water Management / Energy efficiency / Solar Absorption Cycle Refrigeration / Energy Efficiency in Buildings / Natural protected areas / Energy efficient Lighting / Refrigeration Air Conditioning / Waste water treatment / Indoor environment - thermal comfort, indoor air quality health and wellbeing / Food Quality Management / Food and Gastronomy Tourism / Soil and Water Conservation Engineering / Heating, Ventilating, Air Conditioning & Refrigeration / Indoor Environment and Energy / Outdoor Thermal Comfort / Indoor environmental quality / Entrepreneurship and Family businesses / Food and beverage control / Thermal comfort / Energy saving systems / Grid Integration of Wind Farms / Biodiesel Production from Vegetable Oil / Hybrid Power from solar and wind energy / Gastronomic Tourism / Sustainability, Green Kitchens, Carbon Footprinting / Energy savings / Biodiesel Production / Thermal Comfort and Energy Efficiency in Hot Humid Climates / Solar Adsorption Refrigeration / Grid Connectecd Current Source Inverter Based Photo Voltaic Systems / Food & Beverage Production and its services / Economics of Technological Changes / Energy Saving Strategies / Thermal comfort & Energy efficiency in hot climates / enhancing indoor environmental quality IEQ / Building integrated photovoltaics (BIPV) / Vegetable oils used as fuel / Photovoltaic Solar Systems / Eco-innovations / Microbusiness / Air-Conditioning And Refrigeration (Refrigerant, Energy Consumption) / Grid connected PV system / CUSTOMER SATISFACTION TOWARDS SERVICE QUALITY OF food and beverage / Pv Connected to Grid / Roofing in Hot and Dry Climate / Building Materials Roofing / Sustainable Management of Protected Areas / Performance and Emissions Characteristics of Internal Combustion Engines Fuelled by Biodiesel Derived from Palm Oil / Integrated Building Design and Integrated Project Delivery / Food and Beverage Culture / Micro and Small Business Entrepreneurship / Energy Savings Strategies / System Innovation of Renewable Energy / Building Integrated Renewable Energy / Solar Powered Refrigerator / Energy and Environmental Engineering / Efficiency of innovation Processes / Solar Air Conditioning / Diesel Generator / Performance and emmisions characterictics of internal combustion engines fuelled by biogas and biodiesel derived from algae oil / Use of Used Vegetable Oil for Making Biodiesel / Recycling of Used Vegetable Oil / Solar Panel, Peltier module, Photovoltaic Driven Refrigerator / Indoor air quality, Safety, environmental

Resumen e introducción - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Climatology / Bioclimatic Architecture / Temperature / Thermal comfort / Wind / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Bioclimate / Bioclimatología / Bioclimatic Analysis Tool / Climate Analysis / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Regresión Lineal / Cool climate / Cold climate / Climate variables / Pachuca / Confort térmico / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Bioclimate / Bioclimatología / Bioclimatic Analysis Tool / Climate Analysis / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Regresión Lineal / Cool climate / Cold climate / Climate variables / Pachuca / Confort térmico

Capítulo 1 - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Climatology / Bioclimatic Architecture / Temperature / Thermal comfort / Wind / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Bioclimatic Analysis Tool / Climate Analysis / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Regresión Lineal / Cool climate / Climate variables / Pachuca / Confort térmico / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Bioclimatic Analysis Tool / Climate Analysis / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Regresión Lineal / Cool climate / Climate variables / Pachuca / Confort térmico

Capítulo 2 - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Climatology / Bioclimatic Architecture / Temperature / Thermal comfort / Wind / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Bioclimatic Analysis Tool / Climate Analysis / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Regresión Lineal / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Bioclimatic Analysis Tool / Climate Analysis / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Regresión Lineal / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory

Capítulo 4 - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Climatology / Bioclimatic Architecture / Temperature / Thermal comfort / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Bioclimatic Analysis Tool / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Bioclimatic Analysis Tool / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory

Capítulo 3 - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Climatology / Bioclimatic Architecture / Temperature / Thermal comfort / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory

Capítulo 5 - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Climatology / Bioclimatic Architecture / Temperature / Thermal comfort / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory

Capítulo 6 - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Climatology / Bioclimatic Architecture / Temperature / Thermal comfort / Bioclimatic design / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory / Bioclimatic analysis / Conforto térmico / Relative Humidity / Bioclimatology / Diseño Bioclimático / Cold Climates / Bioclimate / Bioclimatología / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Climate variables / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory

Conclusiones - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Bioclimatic Architecture / Temperature / Thermal comfort / Bioclimatic design / Conforto térmico / Relative Humidity / Diseño Bioclimático / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Cold climate / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory / Relative Humidity / Diseño Bioclimático / Climatic Chamber / Experimental Thermal Comfort / Fanger / Predictive Approach / Medias Por Intervalos De Sensación Térmica / Adaptive Approach / Cool climate / Cold climate / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory

Bibliografía y referencias - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Bioclimatic Architecture / Thermal comfort / Bioclimatic design / Conforto térmico / Climatic Chamber / Predictive Approach / Adaptive Approach / Confort térmico / Controlled environment laboratory / Predictive Approach / Adaptive Approach / Confort térmico / Controlled environment laboratory

Anexos - Confort Térmico en Bioclima Semi-Frío: Estimación a partir de los Enfoques de Estudio Adaptativo y Predictivo

Bioclimatic Architecture / Temperature Sensors / Temperature / Thermal comfort / Bioclimatic design / Conforto térmico / Relative Humidity / Climatic Chamber / Experimental Thermal Comfort / Predictive Approach / Adaptive Approach / Cool climate / Cold climate / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory / Conforto térmico / Relative Humidity / Climatic Chamber / Experimental Thermal Comfort / Predictive Approach / Adaptive Approach / Cool climate / Cold climate / Pachuca / Confort térmico / Laboratorio de ambiente controlado / Cámara climática / Controlled environment laboratory

Ahorro y uso eficiente de energía para empresas implementadoras del Plan de Desarrollo Turístico del Sur de Quintana Roo

Energy Economics / Ecotourism / Landscape Architecture / Energy Engineering / Rural Development / Environmental Management / Strategic Planning / Cultural Tourism / Architectural Lighting / Energy Efficiency Buildings / Environmental Policy and Governance / Rural Tourism / Building Integrated Solar Energy Technologies / Incubation Centers and Clusters for Innovation / Environmental Sustainability / Wind Energy (Engineering) / Alternative Energy / Energy efficiency / Rural Energy Development / CO2 capture and storage / LED Lighting / Solar Energy / Indoor environment - thermal comfort, indoor air quality health and wellbeing / Eco-Tourism / Ecotourism, Tourism in National Parks and Protected Areas, Community Tourism / Outdoor Thermal Comfort / Visual Comfort in Open Space / Energy Saving / Thermal comfort / Community Energy Planning / Renewable Energy Policy Planning / Community-based Ecotourism / Living off the Grid / Alternative Energy, Renewable Energy, Renewable Energy Systems, and Smart Grid, Microgrid, Plug-In Hybrid Electric Vehicles, Fuel Cell Vehicles, Hydrogen Economy, Renewable Energy / Alternative Forms of Tourism / Alternative Rural Energy / CO2 sequestration / CO2 capture / Tourism and Renewable Energy / Creative Strategic Planning / Photovoltaic Solar Systems / Alternative Tourism / Visual Comfort and Daylighting / Off-grid Electricity / Tourism Planning & Development / Solar Energy Technology / Sustainable Uses of Energy In Tourism / Sociology of Energy / Building Integrated Renewable Energy / Industrial Energy Efficiency / Environmental Management / Strategic Planning / Cultural Tourism / Architectural Lighting / Energy Efficiency Buildings / Environmental Policy and Governance / Rural Tourism / Building Integrated Solar Energy Technologies / Incubation Centers and Clusters for Innovation / Environmental Sustainability / Wind Energy (Engineering) / Alternative Energy / Energy efficiency / Rural Energy Development / CO2 capture and storage / LED Lighting / Solar Energy / Indoor environment - thermal comfort, indoor air quality health and wellbeing / Eco-Tourism / Ecotourism, Tourism in National Parks and Protected Areas, Community Tourism / Outdoor Thermal Comfort / Visual Comfort in Open Space / Energy Saving / Thermal comfort / Community Energy Planning / Renewable Energy Policy Planning / Community-based Ecotourism / Living off the Grid / Alternative Energy, Renewable Energy, Renewable Energy Systems, and Smart Grid, Microgrid, Plug-In Hybrid Electric Vehicles, Fuel Cell Vehicles, Hydrogen Economy, Renewable Energy / Alternative Forms of Tourism / Alternative Rural Energy / CO2 sequestration / CO2 capture / Tourism and Renewable Energy / Creative Strategic Planning / Photovoltaic Solar Systems / Alternative Tourism / Visual Comfort and Daylighting / Off-grid Electricity / Tourism Planning & Development / Solar Energy Technology / Sustainable Uses of Energy In Tourism / Sociology of Energy / Building Integrated Renewable Energy / Industrial Energy Efficiency
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