Add to ORKGThe present work assesses the limits of the Oberbeck–Boussinesq (OB) approximation for the resolution of turbulent fluid flow and heat transfer inside a tall differentially heated cavity of aspect ratio G = 6.67 filled with water (Pr = 3.27, Ra = 2.12e11). The cavity models the integrated solar collector-storage element installed on an advanced façade. The implications of the Oberbeck–Boussinesq approximation is submitted to investigation by means of direct numerical simulations (DNS) carried out for a wide range of temperature differences. Non-Oberbeck–Boussinesq (NOB) effects are found to be relevant, especially beyond the temperature difference of 30 °C, in the estimation of heat transfer, stratification, and flow configuration.Peer Revi...
Buoyancy-induced circulations in a 2D cavity containing rectangular heat source, are predicted numer...
Natural convection in a differentially heated cavity is characterized by different phenomena such as...
Natural convection coupled with radiation is numerically studied in a tall rectangular parallelepipe...
Turbulent flow in a water-filled rectangular parallelepiped tank of an integrated solar collector is...
In the present work, the fluid flow and heat transfer inside an integrated solar collector installed...
In the present work, the fluid flow and heat trans-fer inside an integrated solar collector installe...
The present work first submits to investigation the non-Oberbeck-Boussinesq (NOB) effects in a tall ...
The present work studies the non-Oberbeck-Boussinesq (NOB) effects in a tall water-filled differenti...
Flow over shallow cavities is used to model the flow field and heat transfer in a solar collector an...
International audienceAs part of development of a new integrated collector storage, we experimentall...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
Natural convection flow in rectangular cavities with uniform heat flux side walls and an adiabatic f...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
Turbulent natural couvection in a tall differentially heated cavity of aspect ratio 5:1, filled with...
The work carried out in the framework of the present thesis aims at shedding light into the complex ...
Buoyancy-induced circulations in a 2D cavity containing rectangular heat source, are predicted numer...
Natural convection in a differentially heated cavity is characterized by different phenomena such as...
Natural convection coupled with radiation is numerically studied in a tall rectangular parallelepipe...
Turbulent flow in a water-filled rectangular parallelepiped tank of an integrated solar collector is...
In the present work, the fluid flow and heat transfer inside an integrated solar collector installed...
In the present work, the fluid flow and heat trans-fer inside an integrated solar collector installe...
The present work first submits to investigation the non-Oberbeck-Boussinesq (NOB) effects in a tall ...
The present work studies the non-Oberbeck-Boussinesq (NOB) effects in a tall water-filled differenti...
Flow over shallow cavities is used to model the flow field and heat transfer in a solar collector an...
International audienceAs part of development of a new integrated collector storage, we experimentall...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
Natural convection flow in rectangular cavities with uniform heat flux side walls and an adiabatic f...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
Turbulent natural couvection in a tall differentially heated cavity of aspect ratio 5:1, filled with...
The work carried out in the framework of the present thesis aims at shedding light into the complex ...
Buoyancy-induced circulations in a 2D cavity containing rectangular heat source, are predicted numer...
Natural convection in a differentially heated cavity is characterized by different phenomena such as...
Natural convection coupled with radiation is numerically studied in a tall rectangular parallelepipe...