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Ventilative cooling
Understanding Residential Occupant Cooling Behaviour Through Electricity Consumption in Warm-Humid Climate
Ventilative Cooling
Review of Intelligent Control Systems for Natural Ventilation As Passive Cooling Strategy for UK Buildings and Similar Climatic Conditions
Ventilative Cooling in a School Building: Evaluation of the Measured Performances
International Energy Agency Ventilative Cooling Sourcebook
Ventilative Cooling. State-Of-The-Art Review Executive Summary
Impact of Adaptive Thermal Comfort on Climatic Suitability of Natural Ventilation in Office Buildings
Controlled Windows for Ventilative Cooling Best Practice Examples of Residential Ventilative Cooling
Freevent : Ventilative Cooling and Summer Comfort in 9 Buildings in France
Improving the Usability and Performance of Heat Recovery Ventilation Systems in Practice
Interior Convective Heat Transfer in Buildings with Large Ventilative Flow Rates, ASHRAE Transactions
Is Ventilative Cooling Effective in Light Weight Wooden Constructions?
Resilient Ventilative Cooling & Venticool
Simulation of Wind Driven Ventilative Cooling Systems for an Apartment Building in Beijing and Shanghai,” Energy and Buildings, 34(1), 1-11
Ventilative Cooling As a Solution for Highly Insulated Buildings in Cold Climate
Ventilative Cooling: Can Businesses Live Without Mechanical Cooling?
Ventilative Cooling and Summer Comfort: Freevent Project in France”
Improvement of Summer Comfort by Passive Cooling with Increased Ventilation and Night Cooling
Top View
Ventilative Cooling
Impact of Natural Ventilation Strategies and Design Issues for California Applications, Including Input to ASHRAE Standard 62 and California Title 24
Eindhoven University of Technology MASTER Keeping Cool in Heat Waves Ventilative Cooling Potential in Low-Energy Dwellings
Ventilative Cooling (INIVE-EEIG 2013) Can Be Defined As “The Use of Natural Or Mechanical Ventilation Strategies to Cool Indoor Spaces
Analysis of Convective Heat Transfer Coefficient Correlations for Ventilative Cooling Based on Reduced-Scale Measurements
Residential and Commercial Buildings
Cost Benefit Analysis of the Night-Time Ventilative Cooling in Office Building
Ventilative Cooling
Ventilative Cooling in Shopping Centers' Retrofit
Low-Energy Cooling and Ventilation Refurbishments for Buildings in a Mediterranean Climate
Natural Ventilation Review and Plan for Design and Analysis Tools
Evaluation of Ventilative Cooling in a Single Family House -Characterization and Modelling of Natural Ventilation
Ventilative Cooling Potential Tool
Ventilative Cooling Efficient Cooling in a Natural and Energy-Saving Way
Ventilative Cooling Through Automated Window Opening Control Systems To
Ventilative Cooling of Residential Buildings: Strategies, Measurement Results and Lessons-Learned from Three Active Houses in Austria, Germany and Denmark
Ventilative Cooling Design Guide
International Energy Agency
The Impact of Ventilative Cooling Technologies on Heating Energy and Thermal Comfort in Residential Buildings
Ventilation, Good Indoor Air Quality and Rational Use of Energy