[1] | S.K.Shukla and V.P.S.Sorayan, (2005) Thermal Modelling of Solar Stills: An Experimental validation "Renewable Energy". Vol. 30 (5), 683-699.. (In SCOPOUS of sciencedirect.com, Cited by 21) |
[2] | S.K.Shukla., V.P.S.Sorayan and S.K.Gupta (2004) Parametric Studies of Passive/Active Solar Stills by using Modified Convective Mass transfer relations, "Ambient Energy" Vol.25 (3), 212-232. |
[3] | S.K.Shukla. D.C.Saraswat and T.Raj, (2008), Evaluation of Convective Heat and Mass Transfer in Open Sun and Green House Drying, International Journal of Energy Technology and Policy, Vol.6(5/6), 543-553. |
[4] | S.K.Shukla and A.K.ai 2008) Analytical Thermal Modelling of Double Slope Solar Still by Using Inner Glass Cover temperature, Thermal Science, Vol.12(3), 139-152 |
[5] | S.K.Shukla (2009), Product Cost Calculations of Various Designs of Conventional Solar Still Systems, Int. Journal of Agile Systems and Mgmt. Vol. 4, Nos. 1/2, 86-97. |
[6] | S.K.Shukla and Nitesh Rathore., (2009) Experimental Investigations and Comparison of Energy and Exergy Efficiencies of the Box-type and Parabolic Solar Cooker" International Journal of Energy Technology and Policy, Vol.7(2), 201-212. |
[7] | J.V.Tirkey, H.N.Gupta and S.K.Shukla, (2009), Integrated Gas Dynamic and Thermodynamic Computational Modeling of Multicylinder 4-stroke Spark Ignition engine using Gasoline as a fuel, Thermal Science. Vol. 13(3), 113-130. |
[8] | S.K.Shukla and A.K.Rai, Estimation of Solar Still output Under Indoor Environment, International Journal of Applied Engineering Research: 2010, Vol. 5(2), 343-350. |
[9] | S.K.Shukla, (2009) Comparison of Energy and Exergy Efficiencies of Community and Domestic Solar Cookers, International Journal of Green Energy, Vol.6 (5), 437-449. |
[10] | J.V.Tirkey, H.N.Gupta and S.K.Shukla, (2009), Integrated Gas Dynamic and Thermodynamic Computational Modeling of Multicylinder 4-stroke Spark Ignition engine using CNG as a fuel, International Journal of Sustainable Energy, Vol.29(2), 59-75.. |
[11] | J.V.Tirkey, H.N.Gupta and S.K.Shukla, (2010), Analytical study to Minimize the Engine exhaust Emission and safe knock limit of CNG powered Four stroke engine, International Journal of Energy and Environment, Vol1(1), 31-52. |
[12] | S.K.Shukla and Ali A. Farhan, Modeling of Tubular solar still by Using Inner Glass Cover Temperatures, accepted for publication International Journal of Applied Energy. |
[13] | Alka Gupta, Om Prakash and S.K.Shukla (2011) Thermodynamic Analysis of Gas-Steam Combined Cycle with Carbon dioxide (CO2) Emissions Saving, International Journal of Energy and Environment Vol.2(2), 219-230. |
[14] | S.K.Shukla and A.K.Sharma (2010) Design and Performance Evaluation of a Solar Assisted Drying System Int. Journal of Materials Engineering Innovation Vol.1, Nos.3/4, 338-349. |
[15] | S.K.Shukla, * and S.K.Singh, Analytical Study and Optimization of Thermal Performance of Flat Plate Solar Air Heater, accepted for publication in Int. Journal of Sust.Man. and Renewable Energy.[https://www.novapublishers.com/catalog/product_info.php?products_id=27029] |
[16] | S.K.Shukla* Ali Abdul R. Farhan and Ajeet Kumar Analytical Study of Tubular Multiwick Solar Stills by Using Inner Glass Cover Temperatures, accepted for publication in Int. Journal of Sust.Man. and Renewable Energy. [https://www.novapublishers.com/catalog/product_info.php?products_id=27032] |
[17] | S.K.Gupta, V.P.Singh and S.K.Shukla, Discussion of Iterative formula and estimation formula for computing normal depth of horseshoe cross section tunnel, accepted by Journal of ASCE. |
[18] | S.K.Shukla and S.K.Singh, Analysis of PCM storage unit for night coolness storage in summer season, accepted for publication in International Journal of Sustainable Energy. |
[19] | S.K.Shukla and V.P.S.Sorayan, (2005) Thermal Modelling of Solar Stills: An Experimental validation "Renewable Energy". Vol. 30 (5), 683-699.. (In SCOPOUS of sciencedirect.com, Cited by 21) |
[20] | S.K.Shukla., V.P.S.Sorayan and S.K.Gupta (2004) Parametric Studies of Passive/Active Solar Stills by using Modified Convective Mass transfer relations, "Ambient Energy" Vol.25 (3), 212-232. |
[21] | S.K.Shukla. D.C.Saraswat and T.Raj, (2008), Evaluation of Convective Heat and Mass Transfer in Open Sun and Green House Drying, International Journal of Energy Technology and Policy, Vol.6(5/6), 543-553. |
[22] | S.K.Shukla and A.K.ai 2008) Analytical Thermal Modelling of Double Slope Solar Still by Using Inner Glass Cover temperature, Thermal Science, Vol.12(3), 139-152 |
[23] | S.K.Shukla (2009), Product Cost Calculations of Various Designs of Conventional Solar Still Systems, Int. Journal of Agile Systems and Mgmt. Vol. 4, Nos. 1/2, 86-97. |
[24] | S.K.Shukla and Nitesh Rathore., (2009) Experimental Investigations and Comparison of Energy and Exergy Efficiencies of the Box-type and Parabolic Solar Cooker" International Journal of Energy Technology and Policy, Vol.7(2), 201-212. |
[25] | J.V.Tirkey, H.N.Gupta and S.K.Shukla, (2009), Integrated Gas Dynamic and Thermodynamic Computational Modeling of Multicylinder 4-stroke Spark Ignition engine using Gasoline as a fuel, Thermal Science. Vol. 13(3), 113-130. |
[26] | S.K.Shukla and A.K.Rai, Estimation of Solar Still output Under Indoor Environment, International Journal of Applied Engineering Research: 2010, Vol. 5(2), 343-350. |
[27] | S.K.Shukla, (2009) Comparison of Energy and Exergy Efficiencies of Community and Domestic Solar Cookers, International Journal of Green Energy, Vol.6 (5), 437-449. |
[28] | J.V.Tirkey, H.N.Gupta and S.K.Shukla, (2009), Integrated Gas Dynamic and Thermodynamic Computational Modeling of Multicylinder 4-stroke Spark Ignition engine using CNG as a fuel, International Journal of Sustainable Energy, Vol.29(2), 59-75.. |
[29] | J.V.Tirkey, H.N.Gupta and S.K.Shukla, (2010), Analytical study to Minimize the Engine exhaust Emission and safe knock limit of CNG powered Four stroke engine, International Journal of Energy and Environment, Vol1(1), 31-52. |
[30] | S.K.Shukla and Ali A. Farhan, Modeling of Tubular solar still by Using Inner Glass Cover Temperatures, accepted for publication International Journal of Applied Energy. |
[31] | Alka Gupta, Om Prakash and S.K.Shukla (2011) Thermodynamic Analysis of Gas-Steam Combined Cycle with Carbon dioxide (CO2) Emissions Saving, International Journal of Energy and Environment Vol.2(2), 219-230. |
[32] | S.K.Shukla and A.K.Sharma (2010) Design and Performance Evaluation of a Solar Assisted Drying System Int. Journal of Materials Engineering Innovation Vol.1, Nos.3/4, 338-349. |
[33] | S.K.Shukla, * and S.K.Singh, Analytical Study and Optimization of Thermal Performance of Flat Plate Solar Air Heater, accepted for publication in Int. Journal of Sust.Man. and Renewable Energy. [https://www.novapublishers.com/catalog/product_info.php?products_id=27029] |
[34] | S.K.Shukla* Ali Abdul R. Farhan and Ajeet Kumar Analytical Study of Tubular Multiwick Solar Stills by Using Inner Glass Cover Temperatures, accepted for publication in Int. Journal of Sust.Man. and Renewable Energy. [https://www.novapublishers.com/catalog/product_info.php?products_id=27032] |
[35] | S.K.Gupta, V.P.Singh and S.K.Shukla, Discussion of Iterative formula and estimation formula for computing normal depth of horseshoe cross section tunnel, accepted by Journal of ASCE. |
[36] | S.K.Shukla and S.K.Singh, Analysis of PCM storage unit for night coolness storage in summer season, accepted for publication in International Journal of Sustainable Energy. |