summary:A new vegetative barrier can help to reduce dust concentration in a surface coal mine neighbourhood. The project reports about quantification of this effect. An air flow field is computed together with the dust transport driven by it using an in-house CFD solver. The 2D cuts of a real geometry of B\'{i}lina coal mine in north Bohemia are used. The vegetation is modelled as horizontally homogeneous porous medium which slows the air flow inside. An influence on turbulence and filtering the dust particles by the deposition on the leaves is considered inside the barrier too. For the efficiency estimation of the barrier several integral and point criteria are used
In underground coal mines, uncontrolled accumulation of methane and fine coal dust often leads to se...
Air flow and dust dispersion in an existing underground mine crushing plant was modeled using (Compu...
Coal dust is one of the most serious issues in coal mines. The miners at an excavation face have a h...
summary:A new vegetative barrier can help to reduce dust concentration in a surface coal mine neighb...
Dust is a major hazard in underground coal mines that threatens the work health and safety of coal m...
Dust is a major hazard in underground coal mines that threatens the work health and safety of coal m...
In this study, Computational Fluid Dynamics Modeling (CFD) was applied to model a room-and-pillar mi...
Airborne dust originating from the transport and storage of raw coal has detrimental effects on the ...
This thesis studies airflow patterns in the face area of a typical room-and-pillar mining area, usin...
The results of laboratory studies to evaluate the effectiveness of barriers which are used to reduce...
In HBL (Lorraine coalfield), large amounts of air are used in order to dilute methane in retreat coa...
Prolonged exposure to high concentrations of respirable coal mine dust causes coal workers\u27 pneum...
Coal dust is one of the most serious hazards on mine sites. Water spray with surfactant added is an ...
Coal dust is one of the most serious hazards on mine sites. Water spray with surfactant added is an ...
To optimize dedusting efficiency in coal mines, a model of dust movement in heading roadway with far...
In underground coal mines, uncontrolled accumulation of methane and fine coal dust often leads to se...
Air flow and dust dispersion in an existing underground mine crushing plant was modeled using (Compu...
Coal dust is one of the most serious issues in coal mines. The miners at an excavation face have a h...
summary:A new vegetative barrier can help to reduce dust concentration in a surface coal mine neighb...
Dust is a major hazard in underground coal mines that threatens the work health and safety of coal m...
Dust is a major hazard in underground coal mines that threatens the work health and safety of coal m...
In this study, Computational Fluid Dynamics Modeling (CFD) was applied to model a room-and-pillar mi...
Airborne dust originating from the transport and storage of raw coal has detrimental effects on the ...
This thesis studies airflow patterns in the face area of a typical room-and-pillar mining area, usin...
The results of laboratory studies to evaluate the effectiveness of barriers which are used to reduce...
In HBL (Lorraine coalfield), large amounts of air are used in order to dilute methane in retreat coa...
Prolonged exposure to high concentrations of respirable coal mine dust causes coal workers\u27 pneum...
Coal dust is one of the most serious hazards on mine sites. Water spray with surfactant added is an ...
Coal dust is one of the most serious hazards on mine sites. Water spray with surfactant added is an ...
To optimize dedusting efficiency in coal mines, a model of dust movement in heading roadway with far...
In underground coal mines, uncontrolled accumulation of methane and fine coal dust often leads to se...
Air flow and dust dispersion in an existing underground mine crushing plant was modeled using (Compu...
Coal dust is one of the most serious issues in coal mines. The miners at an excavation face have a h...