116
– Urban planning;
– Health;
– Municipality;
– Innovation;
– Engineering;
– Building skill;
– Environment;
– Communication.
• Simulation tools, where the user can, simulating the effect of a mitigation action
in the urban area object of the pilot, choose the aspect that he is interested in
deepening.
– Global scale
• Weather forecast;
• Climate of your region;
• Future climatic scenarios;
• Weather risks for your region due to climate change.
– Urban/district scale
• Urban micrometeorology;
• Infl uence of land use on urban climate;
• Effectcs of street characteristics (orientation, width, buildings height, etc.)
on urban climate;
• Effects of urban topography on climate;
• Infl uence of land use on urban climate;
• Infl uence of different kind of roofs on urban climate;
• Infl uence of different kind of pavements on urban climate;
– Human perception of climate;
• Knowing how land use infl uences the human state of wellness.
– Building
• Infl uence of different kind of roof on building;
• Effects on micrometeorological variables due to different materials and
properties of the building;
• Infl uence of good/bad adopted measures on human health/wellness at
building scale.
The following pictures show how are graphically displayed the contents above
outlined (Figs. 5.7 , 5.8 and 5.9 ).
Once required the information requested by the user, the software searches in the
documents produced in the WPs of the project the material/documentation or deliverable (re-organized in a logical framework); this content has been revised in order
to obtain a fi nal compact document with all the information selected. The results are
D. Fava et al.
– Urban planning;
– Health;
– Municipality;
– Innovation;
– Engineering;
– Building skill;
– Environment;
– Communication.
• Simulation tools, where the user can, simulating the effect of a mitigation action
in the urban area object of the pilot, choose the aspect that he is interested in
deepening.
– Global scale
• Weather forecast;
• Climate of your region;
• Future climatic scenarios;
• Weather risks for your region due to climate change.
– Urban/district scale
• Urban micrometeorology;
• Infl uence of land use on urban climate;
• Effectcs of street characteristics (orientation, width, buildings height, etc.)
on urban climate;
• Effects of urban topography on climate;
• Infl uence of land use on urban climate;
• Infl uence of different kind of roofs on urban climate;
• Infl uence of different kind of pavements on urban climate;
– Human perception of climate;
• Knowing how land use infl uences the human state of wellness.
– Building
• Infl uence of different kind of roof on building;
• Effects on micrometeorological variables due to different materials and
properties of the building;
• Infl uence of good/bad adopted measures on human health/wellness at
building scale.
The following pictures show how are graphically displayed the contents above
outlined (Figs. 5.7 , 5.8 and 5.9 ).
Once required the information requested by the user, the software searches in the
documents produced in the WPs of the project the material/documentation or deliverable (re-organized in a logical framework); this content has been revised in order
to obtain a fi nal compact document with all the information selected. The results are
D. Fava et al.