The proliferation of chemical, biological and nuclear weapons has increased the probability that these agents may be intentionally or inadvertently released in a heavily populated urban environment. Models currentl
Population growth and urbanization across the globe is contributing to an increase in air pollution ...
There is a need for information on dispersion and infiltration of chemical and biological agents in ...
Air pollution, representing one of the major environmental crises affecting us all, is responsible f...
To assist emergency management planning and prevention in case of hazardous chemical release into th...
The Quick Urban & Industrial Complex (QUIC) Dispersion Modeling System has been developed to rapidly...
International audienceThe atmospheric dispersion of CBRN (Chemical, Biological, Radiological and Nuc...
In the event of chemical or biological (CB) agent attacks or accidents, first-responders need hazard...
Increased knowledge on dispersion processes in urban environment will enhance the ability in the soc...
We have developed a LOcal-scale High-resolution atmospheric DIspersion Model using Large-Eddy Simula...
There has been a growing interest in recent years in the modelling of hazards arising from the atmos...
A combination of Gaussian plume and particle-in-cell techniques is used to simulate the atmospheric ...
International audienceThe release of CBRN toxic substances (Chemical, Biological, Radiological and N...
International audienceDispersion of air pollutants in an urban environment is a challenging problem ...
This research presents the development of CityZoom UP, the first attempt to extend existing urban pl...
[[abstract]]To develop reliable computer models for the bluff body flow and transport of pollutants ...
Population growth and urbanization across the globe is contributing to an increase in air pollution ...
There is a need for information on dispersion and infiltration of chemical and biological agents in ...
Air pollution, representing one of the major environmental crises affecting us all, is responsible f...
To assist emergency management planning and prevention in case of hazardous chemical release into th...
The Quick Urban & Industrial Complex (QUIC) Dispersion Modeling System has been developed to rapidly...
International audienceThe atmospheric dispersion of CBRN (Chemical, Biological, Radiological and Nuc...
In the event of chemical or biological (CB) agent attacks or accidents, first-responders need hazard...
Increased knowledge on dispersion processes in urban environment will enhance the ability in the soc...
We have developed a LOcal-scale High-resolution atmospheric DIspersion Model using Large-Eddy Simula...
There has been a growing interest in recent years in the modelling of hazards arising from the atmos...
A combination of Gaussian plume and particle-in-cell techniques is used to simulate the atmospheric ...
International audienceThe release of CBRN toxic substances (Chemical, Biological, Radiological and N...
International audienceDispersion of air pollutants in an urban environment is a challenging problem ...
This research presents the development of CityZoom UP, the first attempt to extend existing urban pl...
[[abstract]]To develop reliable computer models for the bluff body flow and transport of pollutants ...
Population growth and urbanization across the globe is contributing to an increase in air pollution ...
There is a need for information on dispersion and infiltration of chemical and biological agents in ...
Air pollution, representing one of the major environmental crises affecting us all, is responsible f...