| 2016 | Shukla, K N., Koller, T. M., Rausch, M. H., Froeba, A. P.: Effective thermal conductivity of nanofluids-A new model taking into consideration Brownian motion. In: International Journal of Heat and Mass Transfer, 2016, 532-540 |
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| 2012 | Shukla, KN; Solomon, A Brusly; Pillai, BC; Ruba Singh, B Jacob; Saravana Kumar, S: Thermal performance of heat pipe with suspended nano particles. In: Heat and Mass Transfer, 2012, 1913-1920 |
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| 2010 | Shukla, K N, Brusly Solomon, A, Pillai, B C and Mohammed Ibrahim: Thermal Performance of cylindrical Heat Pipe using Nano fluid. In: Journal of Thermophysics and Heat Pipe, 2010, 796-803 |
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| 2009 | Shukla, K N; Brusly Solomon, A, and Pillai, B C
: Experimental studies of rotating heat pipes. In: Heat Transfer-Asian Research, 2009, 476-484 |
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| 2009 | Shukla, K N: Heat Transfer Limitation of a Micro Heat Pipe. In: Journal of Electronic Packaging, 2009, 024502-024504 |
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| 2008 | Varadarajan, A S,; Shukla, K N & Ganesan, G.(Editors): Proceedings of the International Conference on Frontiers in Design and Manufacturing Engineering . MACMILLAN India Ltd., 2008 |
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| 2008 | Shukla, K N: Thermofluid dynamics of loop heat pipe operation,. In: International Communications in Heat and Mass Transfer, 2008, 916-920 |
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| 2006 | Shukla, K.N., Pradeep, A. & Suneesh, S: Thermal Performance Analysis of Silica- Tiles. . In: Journal of Engineering Physics and Thermophysics, 2006, 107-113 |
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| 2006 | Acharya, A R ; Pillai, B.C.; Shukla, K N;& Blumenberg, Jurgen (Editors): Proceedings of the International Conerence Recent Advances in Heat Transfer. MACMILLAN India Ltd, 2006 |
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| 2005 | Shukla, K.N.: Gravity- Modulated Thermo capillary Convection in a Liquid Bridge, . In: International Journal of Fluid Mechanics Research, 2005, 691-702 |
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| 2005 | Shukla, K.N.: Mathematical Principles of heat Transfer. Begell House Inc., 2005 |
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| 2005 | Shukla, K.N: Thermal Convection in a Cylindrical Enclosure, . In: Physics of Fluids, 2005, 024103 |
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| 2003 | Shukla, K.N. & Jones, V.: Performance Analysis of Thermal Protection System of a Solid Rocket Nozzle. In: Journal of Spacecraft and Rockets, 2003, 437-439 |
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| 2002 | Shukla, K.N.: A short review of classical Stefan problem,
. In: Indian Journal of Engineering and Material Sciences, 2002, 25-34 |
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| 2001 | Shukla, K.N.: Hydrodynamics of diffusive processes. In: Applied Mechanics Review, 2001, 391-404 |
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| 2001 | Shukla, K.N.: Thermal Maths Modelling and Analysis of an Electronic Assembly. In: Journal of Electronic Packaging, 2001, 372-378 |
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| 1994 | Shukla, K.N. & Ghosh, D.: The ADI method for heat conduction problems in orthogonal curvilinear co-ordinate system
. In: Heat Transfer Engineering, 1994, 64-72 |
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| 1990 | Shukla, K. N.: Diffusion Processes during Drying of Solids, . World Scientific, 1990 |
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| 1990 | Shukla, K.N., Chacko, M.J. & Mani, L.: Thermal management of electronic packages for space applications,
. In: Heat Transfer Engineering, 1990, 27-44 |
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| 1989 | Shukla, K N.: Diffusion controlled growth of a vapour gas bubble,
. In: Editor: WM Ko and SC Kot, Proceedings of the 4th Asian Congress of Fluid Mechanics . 1989. H-77-H-80 |
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| 1988 | Shukla, K.N.: Soret and Dufour driven instability in binary fluids,
ZAMM, Vol. 60(2), PP. 645-649.
. In: ZAMM, 1988, 645-649 |
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| 1988 | Shukla, K.N.: The axi- symmetric melting of a homogeneous solid,
. In: Wärme and Stoffubergang, 1988, 87-92 |
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| 1987 | Shukla, K.N.: A generalisation of the Raleigh - Plesset equation for bubble dynamics. In: ZAMM, 1987, 470-471 |
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| 1987 | Shukla, K.N.: Heat and mass transfer effects on the growth of vapour- gas bubbles in liquid. In: Upadhyay, S.N., Proceedings of Transfer Processes in Multiphase Systems . Society of Chemical Engineers, 1987. 256-261 |
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| 1987 | Shukla, K.N: Thermal math modelling of electronic systems,
. In: B. Singh, et al Mathematics and its Applications in Engineering and Industry
. Narosa, 1987. 479-486 |
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| 1987 | Shukla, K.N.; Chacko, M.J. & Mani, L.: Transient thermal analysis of electronic packages. In: Journal of Spacecrafts and Rockets, Vol. 24(2), PP. 186-188. , 1987, 186-188 |
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| 1986 | Shukla, K.N. & Ghosh, D.: ADI methods for solution of the transient heat conduction problem in conical geometry, . In: Indian Journal of Technology, 1986, 36-39 |
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| 1986 | Shukla, K N: Soret and Dufour driven instability in binary fluids
. In: T.Matsui, Proceedings of the 3rd Asian Congress of Fluid Mechanics . The Physical Society of Japan, 1986. 46-49 |
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| 1985 | Shukla, K.N. & Ghosh, D.: Radiation configuration factors for concentric cylinder bodies in enclosure, . In: Indian Journal of Technology, 1985, 244-246 |
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| 1985 | Shukla, K N and Chacko, M J: Exact finite element method for parabolic boundary value problems. In: Kant, T, Finite Element in Computational Mechanics, Pergamon Press, PP.881- 888. Pergamon Press, 1985. 881-888 |
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| 1985 | Shukla, K N & Chacko, M J: Exact finite elements for parabolic boundary value problems
. In: Kant, T., Finite elements in computational mechanics -FEICOM '85; Proceedings of the International Conference, Bombay, India. Pergamon Press, 1985. 881-888 |
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| 1984 | Shukla, K.N. & Mani, L: Thermal constriction resistance due to arbitrary heat flow in a convectively cooled plate. In: AIAA Journal, 1984, 1501-1510 |
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| 1983 | Shukla, K. N.: Thermal performance of a gas loaded heat pipe. In: L Tongji et al, Proceedings of 2nd Asian Congress for Fluid Mechanics . Sciences Press, 1983. 405-410 |
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| 1983 | Shukla, K.N.& Sankara Rao,K. Heat and mass transfer in a gas loaded heat pipe. In: ZAMM, Vol. 63, pp 575-580., 1983, 575-580 |
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| 1983 | Shukla, K N: Thermal performance of a gas loaded heat pipe. In: Tongji, L et al, Proceedings of 2nd Asian Congress for Fluid Mechanics (Editors: ), PP. 405-410. Science Press, 1983. 405-410 |
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| 1981 | Shukla, K.N.: Transient response of a gas controlled heat pipe,
AIAA Journal, Vol. 21(8), pp 1063-1070
. In: AIAA Journal, 1981, 1063-1070 |
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| 1981 | Shukla, K N and Ghosh, D: ADI method for solution of the transient heat conduction problem in spherical geometry. In: Lewis, R. W.; Morgan, K.; Schrefler, B. A., Numerical Methods in Thermal Problems. Pineridge Press, 1981. 107-118 |
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| 1981 | Shukla, K N & Ghosh, D: ADI methods for solution of the transient heat conduction problems in spherical geometry. In: R W Lewis, Numerical methods in thermal problems. Volume 2 Proceedings of the Second International Conference, Venice, Italy, July 7-10, 1981 . Pineridge Press, 1981. 107-115 |
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| 1981 | Shukla, K N and Mani, Leelamma: Application of finite element method to non- linear heat conduction problems. In: Hinton,E. Bettess, P and LewisR.W., Numerical Methods for Coupled Problems. Abertawe, 1981. 107-117 |
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| 1981 | Shukla, K N & Mani, L.: Application of finite element method to non- linear heat conduction problems, Numerical Methods for Coupled Problems,. In: E Hinton, et al, Numerical Methods for Coupled Problems, Vol. 11, pp 107. Peneridge Press, 1981. 107-117 |
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| 1981 | Shukla, K. N.: Mathematics and the Society,. In: Everyman¿s Science, 1981, 33 |
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| 1981 | Shukla, K N: Monte Carlo simulation for heat transfer studies,. Workshop on Monte Carlo Techniques, ISRO-VSSC-SP-21-86. ISRO, 1981. 71-78 |
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| 1981 | Shukla, K.N.: Thermal energy storage for solar power generation - state of art,
. In: Heat Transfer Engineering, 1981, 62-72 |
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| 1980 | Shukla, K.N.: Diffusion and evaporation of a liquid drop,
. In: AIAA Journal, 1980, 706-711 |
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| 1977 | Tripathi, G.; Shukla, K.N. & Pandey, R.N.: Intensive drying of an infinite plate. In: International Journal of Heat & Mass Transfer, 1977, 451-458 |
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| 1977 | Shukla, K N and Pandey, R N: Temperature distribution in a two- cylinder bodies. In: International Journal of Heat and Mass Transfer, 1977, 1351-1354 |
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| 1976 | Shukla, K. N.: Heat and mass transfer in combustion and evaporation process. In: Denton, J.C and Afghan, N.H., Future Energy Production System. 1976. 523-531 |
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| 1976 | Shukla, K N: Theoretical analysis of burning of solid propellants. In: AIAA Journal, 1976, 1787-1790 |
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| 1974 | Tripathi, G.; Shukla, K N and Pandey R N Absorption of liquid with large heat effect. In: Canadian Journal of Chemical Engineering, 1974, 691-693 |
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| 1974 | Tripathi, G., Shukla, K N & Pandey, R.N.: General solution to a class of unsteady heat conduction problems in a solid cylinder. In: Periodica Polytechnica, Mech. Eng.,, 1974, 71-85 |
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| 1974 | Pandey, R N; Shukla, K.N.; Kumar, S. and Rai, K.N. Temperature distribution in an infinite plate under the boundary conditions of the fourth kind. In: The Journal of Scientific Research, 1974, 288-303 |
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| 1974 | Shukla, K.N. & Pandey, R.N.: Temperature field in a system of two spherical bodies under boundary condition of second kind. In: Institution of Engineers (India, 1974, 14-17 |
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| 1973 | Tripathi, G; Shukla, K N & R. N. Pandey: General solution to a class of unsteady heat conduction problem in a hollow cylinder with convective type of boundary conditions. In: Indian Journal of Technology, 1973, 139-143 |
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| 1973 | Shukla,K N; Kumar, S. & Pandey,R.N. Temperature distribution in an infinite plate of finite thickness in presence of arbitrary volume heat source with boundary condition of third kind. In: Indian Journal of Technology, 1973, 95-101 |
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