1 Charnesky, S., "Variable and fixed airflow for vehicle cooling" 4 (4): 1286-1296, 2011
2 Kumar, V., "Underhood thermal simulation of a small passenger vehicle with rear engine compartment to evaluate and enhance radiator performance" SAE 2010
3 Wang, G., "The design and matching of cooling system for one engine" 4 : 2007
4 Leyan, P., "Simulation and experiment study of vehicle cooling module performance" 2 : 2011
5 Jama, T., "Reduced drag and adequate cooling for passenger vehicles using variable area front air intakes" SAE 2006
6 Cho, Y. C., "Optimization of active grille shutters operation for improved fuel economy" 10 : 563-572, 2017
7 Hörmann, T., "Numerical and experimental investigation of flow and temperature fields around automotive cooling systems" SAE 2005
8 Wang, W., "Modeling of multi-opening control for active induction grille based on central composite design" 37 (37): 1240-1245, 2015
9 Xu, B., "Fuel economy impact of grille opening and engine cooling fan power on a mid-size sedan" SAE 2013
10 El-Sharkawy, A., "Evaluation of impact of active grille shutter on vehicle thermal management" 4 (4): 1244-1254, 2011
1 Charnesky, S., "Variable and fixed airflow for vehicle cooling" 4 (4): 1286-1296, 2011
2 Kumar, V., "Underhood thermal simulation of a small passenger vehicle with rear engine compartment to evaluate and enhance radiator performance" SAE 2010
3 Wang, G., "The design and matching of cooling system for one engine" 4 : 2007
4 Leyan, P., "Simulation and experiment study of vehicle cooling module performance" 2 : 2011
5 Jama, T., "Reduced drag and adequate cooling for passenger vehicles using variable area front air intakes" SAE 2006
6 Cho, Y. C., "Optimization of active grille shutters operation for improved fuel economy" 10 : 563-572, 2017
7 Hörmann, T., "Numerical and experimental investigation of flow and temperature fields around automotive cooling systems" SAE 2005
8 Wang, W., "Modeling of multi-opening control for active induction grille based on central composite design" 37 (37): 1240-1245, 2015
9 Xu, B., "Fuel economy impact of grille opening and engine cooling fan power on a mid-size sedan" SAE 2013
10 El-Sharkawy, A., "Evaluation of impact of active grille shutter on vehicle thermal management" 4 (4): 1244-1254, 2011
11 Bouilly, J., "Evaluation of fuel economy potential of an active grille shutter by the means of model based development including vehicle heat management" 8 (8): 2394-2401, 2015
12 하성준, "ENHANCEMENT OF AERODYNAMIC PERFORMANCE THROUGH HIGH PRESSURE RELIEF IN THE ENGINE ROOM FOR PASSENGER CAR USING CFD TECHNIQUE" 한국자동차공학회 18 (18): 779-784, 2017
13 Liu, C. B., "Dynamic thermal equilibrium test and analysis of the small gasoline engine" 199 : 1545-1550, 2011
14 Shigarkanthi, V., "Application of design of experiments and physics based approach in the development of aero shutter control algorithm" SAE 2011
15 Gilliéron, P., "Aerodynamic drag reduction by vertical splitter plates" 48 (48): 1-16, 2010
16 Nobel, T. P., "A multi-dimensional approach to truck underhood thermal management" 440-448, 2001