References
[1]. Bhupesh Kumar Yadav, and S.L. Soni, (2015). “Experimental study of the performance of cooling tower”.
International Journal of Science and Research, Vol.4,
No.8, pp.2035-2038.
[2]. Ebin Jose, A.V. Ramesh, and P. Nidheesh, (2015).
“Optimisation of circular shaped automobile radiator”.
International Journal of Innovative Research in Science
Engineering and Technology, Vol.4, No.12, pp.63-68.
[3]. Golakiya Satyamkumar, Sarvaiya Brijrajsinh, Makwana
Sulay, Thumar Ankur, and Rathwa Manoj, (2015). “Analysis
of Radiator with Different Types of Nano Fluids”. Journal of
Engineering Research and Studies, Vol.6, No.1, pp.1-2.
[4]. Krunal Suryakant Kayastha, (2015). “CFD simulation of
heat transfer analysis of automobile radiator using helical
tubes”. International Journal of Engineering Research and
Development, Vol.11, No.1, pp.24-35.
[5]. Rahul Patel, Ramji Tripathi, and Sukhdev Gangwar,
(2015). “Conventional Analysis of performance of cooling
tower used for industrial purpose”. International Journal of
Engineering and Advanced Technology, Vol.4, No.4,
pp.133-138.
[6]. S. Parimala Murugaveni, and P. Mohamed Shameer,
(2015). “Analysis of forced draft cooling tower performance
using Ansys Fluent software”. International Journal of
Research in Engineering and Technology, Vol.4, No.4,
pp.217-229.
[7]. Sandeep, M, and U. Sathish Kumar, (2015). “CFD
investigation of influence of tube bundle cross section over
pressure drop and heat transfer rate”. International Journal
of Science, Engineering and Technology Research, Vol.4,
No.5, pp.1599-1604.
[8]. Vishwa Deepak Dwivedi, and Ranjeet Rai, (2015).
“Modeling and Fluid Flow Analysis of wavy fin based
automotive radiator”. International Journal of Engineering
Research and Applications, Vol.5, No.1, pp.17-26.
[9]. D. Al. D.H. Alwan, I.W. Maid, and A.H. Soheel, (2014).
“Numerical and experimental study of counter flow cooling
tower performance with difference packs porosity and
configuration”. International Journal of Engineering
Research & Technology, Vol.21, No.6, pp.101-115.
[10]. Guo-Yan Zhou, Ling-Yun Zhu, Shn-tung Tu and Jun-jie
Lei, (2014). “Prediction of temperature distribution in shell-and-tube heat exchangers”. Energy Procedia, Vol.61,
pp.799-802.
[11]. Kumawat H., (2014). “Modeling and simulation of axial
fan using CFD”. World Academy of Science, Engineering
and Technology: International Journal of Mechanical,
Aerospace, Industrial, Mechatronic and Manufacturing
Engineering, Vol.8, No.11, pp.1899-1903.
[12]. Randhire Mayur. A, (2014). “Performance
improvement of natural draft cooling tower”. International
Journal of Engineering Research and Reviews, Vol.2, No.1,
pp.7-15.
[13]. Tushar C. Ambedkar, Shivaprakash B. Barve, B.S.
Kothavale, and Nilesh T. Dhokane, (2014). “Design and
analysis of engine cooling fan”. International Journal of
Current Engineering and Technology, Vol.3, pp.114-118.
[14]. Tejas G. Gaikwad, N.G. Gore, V.G. Sayagavi, Kiran
Madhavi, and Sandeep Pattiwar, (2014). “Effect of winding
loading on analysis of natural draught hyperbolic cooling
tower ”. International Journal of Engineering and
Advanced Technology, Vol.4, No.1, pp.34-39.
[15]. Adel Alyan Fahmy, and Loula A. Shouman, (2012).
“Deterministic study on the optimum performance of
counter flow cooling tower”. International Journal of
Scientific & Engineering Research, Vol.3, No.6, pp.1-5.
[16]. G.C. Junjanna, N. Kulasekharan, and H.R.
Purushotham, (2012). “Performance improvement of a
louver-finned automobile radiator using conjugate thermal
CFD analysis”. International Journal of Engineering
Research & Technology, Vol.1, No.8, pp.1-13.
[17]. Jain S, and Deshpande Y, (2012). “CFD modeling of a
radiator axial fan for air flow distribution”. World Academy of
Science, Engineering and Technology: International
Journal of Mechanical, Aerospace, Industrial,
Mechatronic and Manufacturing Engineering, Vol.6,
No.11, pp.2445-2450.
[18]. Matthew Carl, Dana Guy, Brett Leyendecker, Austin
Miller, and Xuejun Fan, (2012). “The theoretical and
experimental investigation of the heat transfer process of
an automobile radiator”. Proceedings of ASEE Gulf
Southwest Annual Conference, El Paso, Texas, pp.128.
[19]. Mirjana S. Lakovic, Slobodan V. Lakovic, and Milos J. Banjac, (2012). “Analysis of the evaporative towers cooling
system of a coal fired power plant”. Thermal Science,
Vol.16, No.2, pp.S375-S385.
[20]. Mohammed Nsaif Abbas, (2012). “Study the
performance of different packing in open cooling towers”.
Journal of Engineering and Development, Vol.16, No.2,
pp.193-210.
[21]. Ronak Shah, and Trupti Rathod, (2012). “Thermal
design of cooling tower”. International Journal of
Advanced Engineering Research and Studies, Vol.1, No.3,
pp.26-29.
[22]. Trivedi P.K., and Vasava N.B. (2012). “Effect of variation
in pitch of tube on heat transfer rate in automobile radiator
by CFD Analysis”. International Journal of Engineering and
Advanced Technology, Vol.1, No.6, pp.180-183.
[23]. D.K. Chavan, and G.S. Tasgaonkar, (2011). “Thermal
optimization of fan assisted heat exchanger (radiator) by
design improvements”. International Journal of Modern
Engineering Research, Vol.1, No.1, pp.225-228.
[24]. Mortaza Gholizadeh, and Mosen Momayyeza,
(2011). “The estimation of the cooling tower height by
modeling the water and air contact situation in cooling
tower falling film”. Journal of Chemical Engineering and
Material Science, Vol.2, No.2, pp.21-27.
[25]. R. Ramkumar, and A. Ragupathy, (2011). “Thermal
performance of forced draft counter flow wet cooling
tower with expanded wire mesh packing”. International
Journal on Technical and Physical Problems of
Engineering, Vol.3, No.1, Issue.6, pp.19-23.
[26]. Singh O.P, Khilwani R, Sreenivasulu T, and Kannan M,
(2011). “Parametric study of centrifugal fan performance:
Experiments and Numerical Simulation”. International
Journal of Advances in Engineering & Technology, Vol.1,
No.2, pp.33-50.
[27]. Yadav J.P., and Bharat Raj Singh, (2011). “Study on
performance evaluation of automotive radiator”. S-JPSET,
Vol.2, No.2, pp.47-56.
[28]. A.R. Esmaeili Sany, Saidi. M.H, and Neyestani. J,
(2010). ”Experimental prediction of nusselt number and
coolant heat transfer coefficient in compact heat
exchanger performed with E-NTU Method”. The Journal of Engine Research, Vol.18, pp.62-70.
[29]. Jalal M. Jalil, Talib K. Murtadha, & Qasim S. Mehdi,
(2010). “CFD Prediction of forced draft counter flow cooling
tower performance”. Engineering & Technology Journal,
Vol.28, No.11, pp.2103-2120.
[30]. Mohd Yusoff Sulaiman, Shamsul Bahari Azraai, and
Wan Mokhtar Wan Abdullah, (2009). “CFD modeling of air
flow distribution from a fan”. Proceeding of International
Conference on Applications and Design in Mechanical
Engineering, Penang, Malaysia, pp.1B1-1B7.
[31]. Farhad Gharagheizi, Reza Hayati, and Shohreh
Fatemi, (2007). “Experimental study on the performance of
mechanical cooling tower with two types of film packing”.
Energy Conversion and Management, Vol.48, pp.277-
280.
[32]. Oliet C, Oliva A, Castro J, and Perez-Segarra C.D,
(2007). “Parametric studies on automotive radiators”.
Applied Thermal Engineering, Vol.27, No.11-12, pp.2033-
2043.
[33]. Cihat Arslanturk, and A. Feridum Ozguc, (2006).
“Optimization of a Central-heating radiator”. Applied
Energy, Vol.83, No.11, pp.1190-1197.
[34]. A.Witry .M.H., Al-Hajeri, and Ali A. Bondok, (2005).
“Thermal performance of automotive aluminium plate
radiator”. Applied Thermal Engineering, Vol.25, pp.1207-1218.
[35]. S.N. Sridhara, S.R. Shankapal, and V. Umesh Babu,
(2005). “CFD Analysis of fluid flow & Heat transfer in a single
tube-fin arrangement of an automotive radiator”.
International Conference on Mechanical Engineering,
Dhaka, Bangladesh, ICME05-FL-24.
[36]. Jama H, Watkins S, Dixon C, and Ng, E., (2004).
“Airflow distribution through the radiator of a typical
Australian passenger car”. 15th Australian Fluid Mechanics
Conference, The University of Sydney, Australia, Vol.15,
pp.1-4.
[37]. A. Witry .M.H., Al-Hajeri, and Ali A. Bondok, (2003).
“CFD analysis of fluid flow and heat transfer in patterned roll
bonded aluminium radiators”. 3rd International
Conference on CFD in the Minerals and Process Industries,
CSIRO, Melbourne, Australia, pp.253-258.
[38]. Lu. L, and Cai. W, (2002). “A universal engineering
model for cooling towers”. International Refrigeration and
Air Conditioning Conference, IRACC, Purdue University,
pp.625.
[39]. J.A. Chen, D.F. Wang, and L.Z. Zheng, (2001).
“Experimental study of operating performance of a tubeand-
fin radiator for vehicles”. Proceedings of Institution of
Mechanical Engineers, Republic of China, Vol.215,
pp.911-918.