Abstract There are several outdoor microclimatic simulation software tools in use. The current research aims to identify some of the most prominent computer-based tools based on their capacity of predicting a significant number of variables and compare them in order to establish their differences. This article provides an overview of the applications of computational fluid dynamics in outdoor performance simulation, focused on three topics: general criteria, specific outputs, strategies, and elements can be investigated by the tool. The results have shown that ENVI-met tool is capable of predicting and simulating the set microclimate variables
The building sector accounts for over a third of greenhouse gas emissions nationwide and 36 of energ...
In the design practice simulation methods are already widely used to support the understanding of en...
Studies on Outdoor Comfort in urban open spaces adopt several tools and software to simulate microcl...
Computational Fluid Dynamics (CFD) modelling is one of the most widely used methods in urban climate...
When modelling outdoor microclimates, researchers and designers need to be aware of the modelling ca...
This paper reviews the usage of simulation tools that can evaluate outdoor thermal comfort and to pr...
Abstract Numerical research in the context of urban in a humid continental climate zone is still li...
The expanding design interest in outdoor comfort design is today supported by a few software tools. ...
Global warming and increasing urbanization are expected to threaten public health in cities, by incr...
The study identifies the gap between actual thermal sensation and theoretical comfort calculated thr...
Microclimate conditions in urban open spaces are directly linked to the configuration of street axes...
Recent studies have revealed that diverse urban geometry, as found in traditional urban areas, has p...
The paper introduces a thermal comfort examination carried out in a well-attended playground located...
The expanding design interest in outdoor comfort design is today supported by a few software tools. ...
In this study, it is aimed to understand the relation between micro-climate and urban planning in th...
The building sector accounts for over a third of greenhouse gas emissions nationwide and 36 of energ...
In the design practice simulation methods are already widely used to support the understanding of en...
Studies on Outdoor Comfort in urban open spaces adopt several tools and software to simulate microcl...
Computational Fluid Dynamics (CFD) modelling is one of the most widely used methods in urban climate...
When modelling outdoor microclimates, researchers and designers need to be aware of the modelling ca...
This paper reviews the usage of simulation tools that can evaluate outdoor thermal comfort and to pr...
Abstract Numerical research in the context of urban in a humid continental climate zone is still li...
The expanding design interest in outdoor comfort design is today supported by a few software tools. ...
Global warming and increasing urbanization are expected to threaten public health in cities, by incr...
The study identifies the gap between actual thermal sensation and theoretical comfort calculated thr...
Microclimate conditions in urban open spaces are directly linked to the configuration of street axes...
Recent studies have revealed that diverse urban geometry, as found in traditional urban areas, has p...
The paper introduces a thermal comfort examination carried out in a well-attended playground located...
The expanding design interest in outdoor comfort design is today supported by a few software tools. ...
In this study, it is aimed to understand the relation between micro-climate and urban planning in th...
The building sector accounts for over a third of greenhouse gas emissions nationwide and 36 of energ...
In the design practice simulation methods are already widely used to support the understanding of en...
Studies on Outdoor Comfort in urban open spaces adopt several tools and software to simulate microcl...