Meaning of confort in a house
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The document discusses the factors that influence human thermal comfort, including temperature, humidity, and heat transfer mechanisms. The human body produces heat and regulates its temperature through radiation, convection, evaporation, and conduction, dispersing heat to maintain an optimal temperature. Thermal comfort is defined by keeping a person's environment within a precise climate zone according to the Bedford-Bachman curve of comfort, which accounts for interaction between air temperature and mean radiant temperature from surrounding surfaces.
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Themal comfort
Thermal comfort is affected by multiple factors including air temperature, humidity, air velocity, clothing, activity level, and individual physiology. Two main models of thermal comfort are the static model, which advocates for a single constant temperature, and the adaptive model, which recognizes humans can adapt to different temperatures seasonally. Research on thermal comfort considers human physiology, develops standards and indices, and applies to various contexts like buildings, regions, and livestock to help optimize thermal environments.
Thermal comfort
Thermal comfort is affected by factors like air temperature, humidity, air movement, and radiant heat. Over time, indices have been developed to quantify thermal comfort, including effective temperature and corrected effective temperature. Properly measuring factors like air temperature, humidity, air velocity, and radiant heat is necessary to evaluate thermal conditions and design appropriate heating/cooling systems. Key instruments used in measurement include dry bulb thermometers, wet bulb thermometers, psychrometers, globe thermometers, and Kata thermometers. Common heat stress indices are effective temperature and the wet bulb globe temperature index.
Thermal comfort for bohs version for slideshare notes
This document discusses thermal comfort and strain in the workplace. It defines thermal comfort as a psychological state regarding a person's satisfaction with their thermal environment, as opposed to thermal strain which refers to physiological stress on the body from an extreme thermal environment. The document outlines factors that influence thermal comfort, including air temperature, radiant heat, humidity, air velocity, activity level, and clothing. It describes qualitative and quantitative approaches to evaluating thermal comfort, with quantitative assessment involving measuring the environmental parameters and human factors that determine heat balance and comfort.
5. Thermal comfort 2 (indices)
Lecture presentation of Climatology subject presented at the MBS School of Planning and Architecture.
4. Thermal comfort
Lecture presentation of Climatology subject presented at the MBS School of Planning and Architecture.
What is thermal comfort
Thermal comfort describes a person's psychological state regarding feeling too hot or cold, and is difficult to define as it depends on environmental and personal factors. Thermal comfort aims to satisfy the majority of people and is considered achieved if 80% of occupants feel comfortable. Thermal comfort is measured by complaints, not just air temperature, and impacts morale, productivity, and sick building syndrome symptoms if people cannot adapt to their environment.
Weather and climate
Meteorologists measure various weather conditions such as temperature, precipitation, wind speed and direction, air pressure, humidity, and cloud cover to report on current weather and make forecasts. Key measurements include temperature using a thermometer in a sheltered screen, precipitation using a rain gauge, wind direction according to the compass, wind speed using an anemometer and the Beaufort scale, air pressure using a barometer, and cloud cover in units of oktas. Weather involves day-to-day atmospheric conditions while climate describes average conditions over longer periods and larger areas.
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This document discusses various weather instruments and what each measures. A thermometer measures temperature, an anemometer measures wind speed, a barometer measures air pressure, a rain gauge measures rainfall, a snow gauge measures snowfall, and a wind vane measures wind direction. These instruments allow meteorologists to make weather predictions.
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Themal comfort
Thermal comfort is affected by multiple factors including air temperature, humidity, air velocity, clothing, activity level, and individual physiology. Two main models of thermal comfort are the static model, which advocates for a single constant temperature, and the adaptive model, which recognizes humans can adapt to different temperatures seasonally. Research on thermal comfort considers human physiology, develops standards and indices, and applies to various contexts like buildings, regions, and livestock to help optimize thermal environments.
Thermal comfort
Thermal comfort is affected by factors like air temperature, humidity, air movement, and radiant heat. Over time, indices have been developed to quantify thermal comfort, including effective temperature and corrected effective temperature. Properly measuring factors like air temperature, humidity, air velocity, and radiant heat is necessary to evaluate thermal conditions and design appropriate heating/cooling systems. Key instruments used in measurement include dry bulb thermometers, wet bulb thermometers, psychrometers, globe thermometers, and Kata thermometers. Common heat stress indices are effective temperature and the wet bulb globe temperature index.
Thermal comfort for bohs version for slideshare notes
This document discusses thermal comfort and strain in the workplace. It defines thermal comfort as a psychological state regarding a person's satisfaction with their thermal environment, as opposed to thermal strain which refers to physiological stress on the body from an extreme thermal environment. The document outlines factors that influence thermal comfort, including air temperature, radiant heat, humidity, air velocity, activity level, and clothing. It describes qualitative and quantitative approaches to evaluating thermal comfort, with quantitative assessment involving measuring the environmental parameters and human factors that determine heat balance and comfort.
5. Thermal comfort 2 (indices)
Lecture presentation of Climatology subject presented at the MBS School of Planning and Architecture.
4. Thermal comfort
Lecture presentation of Climatology subject presented at the MBS School of Planning and Architecture.
What is thermal comfort
Thermal comfort describes a person's psychological state regarding feeling too hot or cold, and is difficult to define as it depends on environmental and personal factors. Thermal comfort aims to satisfy the majority of people and is considered achieved if 80% of occupants feel comfortable. Thermal comfort is measured by complaints, not just air temperature, and impacts morale, productivity, and sick building syndrome symptoms if people cannot adapt to their environment.
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Meteorologists measure various weather conditions such as temperature, precipitation, wind speed and direction, air pressure, humidity, and cloud cover to report on current weather and make forecasts. Key measurements include temperature using a thermometer in a sheltered screen, precipitation using a rain gauge, wind direction according to the compass, wind speed using an anemometer and the Beaufort scale, air pressure using a barometer, and cloud cover in units of oktas. Weather involves day-to-day atmospheric conditions while climate describes average conditions over longer periods and larger areas.
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This document describes several common weather instruments and what each measures. An anemometer measures wind speed, a barometer measures air pressure, a hygrometer measures humidity, a rain gauge measures precipitation, a thermometer measures temperature, and a wind vane measures wind direction. These tools are important for collecting weather data and understanding current and changing conditions.
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We are working around the clock to transform a long-time dream into reality. As a result, Piyalepasa Istanbul will be the largest privately developed urban regeneration project in Turkey.
THE NEIGHBORHOOD WE HAVE BEEN LONGING FOR IS COMING TO LIFE
The good old days of the Piyalepasa neighborhood are being brought back to life with Piyalepasa Istanbul houses, residences, offices, hotels and a pedestrianized shopping avenue.
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“Piyalepaşa İstanbul” is the new attraction of this splendid city.
TO BE AT THE CENTER OF ISTANBUL… THIS IS REAL LUXURY!
With its proximity to D-100 highway, connecting roads and tunnels, “Piyalepaşa İstanbul” is only minutes away from Kabatas, Besiktas, the Golden Horn and Karakoy.
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https://listingturkey.com/property/piyalepasa-istanbul/
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Meaning of confort in a house
- 1. MEANING OF COMFORT Welfare conditions are defined by the balance between humidity and temperature Human body as a heat source Physics linked to thermodynamics and the spread of energy in the form of heat
- 2. HUMAN BODY The human body produces heat and adjusts its temperature dispersing part of the heat produced to arrive at the optimal temperature The dispersion is carried out for: Irradiation (46%) Convection (28%) Breathing or swetting (21%) Conduction (5%)
- 3. HUMAN BODY Irradiation (46%): depends on the temperature of the surfaces that surround us Convection (28%): depends on temperature and speed of air Evaporation (21%): depends on the phisical activity, temperature of internal surfaces, and of the air Conduction (5%): depends on temperature of surfaces we are in touching
- 4. HUMAN BODY When body dissipates more heat needed, then we feel “cold” When body dissipates less heat needed, then we feel “hot”
- 5. COMFORT To perceive a feeling of comfort you need to keep a person within a precise"climate“ zone as shown in the Curve optimum living comfort diagram, according to Bedford-Bachman" (Curve of comfort) The comfort is not related to the "famous" 20°air temperature, but on interaction among air temperature and mean radiant temperature provided from the walls