Dr. U. P. Singh

Dr. U. P. Singh

Associate Professor

Department of Mathematics
 Harcourt Butler Technical University (HBTU), Kanpur.

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Papers Published in Journals

  1. Singh, U.P., Gupta R.S., Kapur V.K.On the application of Rabinowitsch fluid model on an annular ring hydrostatic thrust bearing; TRIBOLOGY INTERNATIONAL (ELSEVIER). 58 (2013) 65--70[ISSN:0301-679X] . Impact Factor = 5.62
  2. Singh, U.P., Gupta R.S., Kapur V.K.On the steady performance of hydrostatic thrust bearing: Rabinowitsch fluid model; TRIBOLOGY TRANSACTION. 54 (2011) 723--729[ISSN:1040-2004] . Impact Factor = 3.5
  3. Singh, U.P. On the performance of stepped circular plates squeeze film bearings : piezo-viscous couple stress fluid model; JOURNAL OF THE BRAZILIAN SOCIETY OF MECHANICAL SCIENCES AND ENGINEERING. XXV(1) (2013) 60--67[ISSN:1678-5878] . Impact Factor = 2.436
  4. Singh, U.P., Gupta R.S., Kapur V.K.On the steady performance of annular hydrostatic thrust bearing: rabinowitsch fluid model; ASME JOURNAL OF TRIBOLOGY. 134 (2012) 1--5[ISSN:0742-4787] . Impact Factor = 2.045
  5. Singh, U.P., Bhatt S.S., Medhavi A., Gupta R.S.Effects of heat transfer during peristaltic transport in nonuniform channel with permeable walls; JOURNAL HEAT TRANSFER. 139 (2017) 1--6[ISSN:0022-1481] . Impact Factor = 2.021
  6. Singh, U.P., Sinha P., Kumar M.Analysis of hydrostatic rough thrust bearing lubricated with Rabinowitsch fluid considering fluid inertia in supply region; ENGINEERING TRIBOLOGY (PROC. I. MECH. E., PART J). 235(2) (2020) 386--95[ISSN:1350-6501] . Impact Factor = 1.818
  7. Singh, U.P., Gupta R.S., Kapur V.K.On the squeeze film characteristics between a long cylinder and a flat plate: Rabinowitsch model; ENGINEERING TRIBOLOGY (PROC. I. MECH. E., PART J). 227(1) (2012) 34--42[ISSN:1350-6501] . Impact Factor = 1.818
  8. Singh, U.P. Characteristics of conical shape hydrostatic thrust bearings : Rabinowitsch fluid model; TRIBOLOGY - MATERIALS, SURFACES & INTERFACES. 32(3) (2015) 178--154[ISSN:1751-5831] . Impact Factor = 1.77
  9. Singh, U.P., Bhatt S.S., Medhavi A., Gupta R.S.Analysis of peristaltic transport of non-Newtonian fluids through non-uniform tube : Rabinowitsch fluid model; ZEITSCHRIFT FÜR NATURFORSCHUNG A - A JOURNAL OF PHYSICAL SCIENCES. 72(7) (2018) 1--8[ISSN:0932-0784] . Impact Factor = 1.712
  10. Singh, U.P. Analysis of circular plates squeeze film bearings lubricated with couple stress fluids: piezo-viscous model; TRIBOLOGY IN INDUSTRY. 35 (2013) 37--45[ISSN:0354-8996] . Impact Factor = 1.43
  11. Singh, U.P., Gupta R.S., Kapur V.K.On the performance of pivoted curved slider bearings: Rabinowitsch fluid model; TRIBOLOGY IN INDUSTRY. 34(3) (2012) 128--37[ISSN:0354-8996] . Impact Factor = 1.43
  12. Singh, U.P. Effect of surface roughness on steady performance of hydrostatic thrust bearings: Rabinowitsch fluids; ARCHIV OF MECHANICAL ENGINEERING. 68(2) (2021) 147--64[ISSN:1735-3572] . Impact Factor = 1.405
  13. Singh, U.P. Mathematical analysis of effects of surface roughness on steady performance of hydrostatic thrust bearings lubricated with Rabinowitsch type fluids; JOURNAL OF APPLIED FLUID MECHANICS. 13(4) (2020) 1339--47[ISSN:1735-3572] . Impact Factor = 1.405
  14. Singh, U.P. Application of Rabinowitsch fluid model on pivoted curved slider bearings; Archive of mechanical engineering; ARCHIEVE OF MECHANICAL ENGINEERING. LX(2) (2013) 247--66[ISSN:2300-1985] . Impact Factor = 1.405
  15. Singh, U.P. Effects of piezo-viscous dependency on squeeze film between circular plates: couple stress fluid model/ doi: 10.1615.; INTERNATIONAL JOURNAL OF FLUID MECHANICS RESEARCH. 72(3) (2014) 1--11[ISSN:1064-2277] . Impact Factor = 1.4
  16. Singh, U.P. Applications of orthonormal Bernoulli polynomials for approximate solution of some Volterra integral equations; PALESTINE JOURNAL OF MATHEMATICS. 11(Special issue I) (2022) 162--170[ISSN:2219-5688] . Impact Factor = 0.98
  17. Singh, U.P., Gupta R.S., Kapur V.K.Effects of inertia in the steady state pressurised flow of a non-Newtonian fluid between two curvilinear surfaces of revolution: Rabinowitsch fluid model; CHEMICAL PROCESS ENGINEERING. 32(4) (2011) 333--49[ISSN:2300-1925] . Impact Factor = 0.679
  18. Singh, U.P., Gupta R.S., Kapur V.K.Non-Newtonian effects on the squeeze film characteristics between a sphere and a flat plate: Rabinowitsch model. Article id 571036; doi:10.1155/2012/571036; ADVANCES IN TRIBOLOGY. V2012 (2012) 1--7[ISSN:1687-5915] . Impact Factor = 0.451
  19. Singh, U.P., Gupta R.S.Dynamic performance characteristics of a curved slider bearing operating with ferrofluids. Article id 278723; doi:10.1155/2012/278723; ADVANCES IN TRIBOLOGY. V2012 (2012) 1--6[ISSN:1687-5915] . Impact Factor = 0.451
  20. Singh, U.P. Effect of small rotation on the performance of short journal bearing lubricated with couple stress fluid/3(1): 392-402/2014; INTERNATIONAL JOURNAL OF MECHANICAL ENGINEERING AND ROBOTICS RESEARCH. 3(1) (2014) 392--402[ISSN:2278-0149] . Impact Factor = 0.34
  21. Singh, U.P. A new approach to find an approximate solution of linear initial value problems with high degree of accuracy; TWMS J. APP. ENG. MATH.. 12(4) (2022) 1448--1458[ISSN:2146-1147] . Impact Factor = 0.25
  22. Singh, U.P. Effects of surface roughness and supply inertia on steady performance of hydrostatic thrust bearings lubricated with non-Newtonian fluids; JOURNAL OF MECHANICAL ENGINEERING. 71(2) (2021) 317--328[ISSN:0039-2472] . Impact Factor = 0.25
  23. Singh, U.P., Chaubey V., Mishra A.Equation of geodesic in a two dimensional Finsler space with special (α, β) metric; BULLETIN OF TRANSILVANIA UINVERSITY OF BRASOV-SERIES III. 56(7) (2014) 1--12[ISSN:2065-2151] . Impact Factor = 0.149
  24. Singh, U.P., Tripathi, J.P.Homotopy analysis of circular plates squeeze film bearings lubricated with couple stress fluids: piezo-viscous model; 8[2](2020)pp. 95-104; SCIENCE AND TECHNOLOGY JOURNAL. 8(2) (2020) 95--104[ISSN:2321-3388] . Impact Factor = 0
  25. Singh, U.P. Effects of piezo-viscous dependency on squeeze film between circular plates: couple stress fluid model; TURKISH JOURNAL OF SCIENCE AND TECHNOLOGY. 9(1) (2014) 97--103[ISSN:1308-9080] . Impact Factor = 0
  26. Singh, U.P., Bhatt S.S., Medhavi A., Gupta R.S.Theoretical study of heat transfer on peristaltic transport of non-newtonian fluid flowing in a channel: rabinowitsch fluid model; INTERNATIONAL JOURNAL OF MATHEMATICAL, ENGINEERING AND MANAGEMENT SCIENCES. 3(4) (2018) 450--471[ISSN:2455-7749] . Impact Factor = 0
  27. Singh, U.P. Analysis of squeeze films between rough circular plates lubricated with rabinowitsch fluids; AMERICAN JOURNAL OF MECHANICS AND APPLICATIONS. 6(4) (2019) 74--74[ISSN:2376-6115 ] . Impact Factor = 0
  28. Singh, U.P., Bhatt S.S., Medhavi A., Gupta R.S.Heat and mass transfer during peristaltic transport between two coaxial cylinders/12(7):99-104/2017; INTERNATIONAL JOURNAL OF EMERGING TECHNOLOGY AND ADVANCED ENGINEERING. 12(7) (2017) 99--104[ISSN:2250-2459] . Impact Factor = 0
  29. Singh, U. P.; Tripathi, J. P. and Rao, S. G. APPROXIMATION OF LINEAR INITIAL VALUE PROBLEMS USING BERNOULLI POLYNOMIAL AND OPERATIONAL MATRIX; GANITA/ 72(02)65-74(2023) ISSM:0046-5402 . Impact Factor = 0
  30. Singh, U. P.; Tripathi, J. P. and Rao, S. G. A NEW APPROACH TO FIND AN APPROXIMATE SOLUTION OF LINEAR INITIAL VALUE PROBLEMS WITH HIGH DEGREE OF ACCURACY; TWMS J. APP. ENG. MATH./ 12(4)1448--1458(2022) ISSM:2146-1147 . Impact Factor = 0.56
  31. Singh, U. P.; Tripathi, J. P. and Rao, S. G. APPLICATIONS OF ORTHONORMAL BERNOULLI POLYNOMIALS FOR APPROXIMATE SOLUTION OF SOME VOLTERRA INTEGRAL EQUATIONS; PALESTINE JOURNAL OF MATHEMATICS/ 11(Special issue I)162--170(2022) ISSM:2219-5688 . Impact Factor = 0.9
  32. Singh, U.P., Bhatt S.S., Medhavi A., Gupta R.S.Heat transfer in peristaltic transport through non-uniform inclined channel/11(7):191-196/2017; INTERNATIONAL JOURNAL OF EMERGING TECHNOLOGY AND ADVANCED ENGINEERING. 11(7) (2016) 191--196[ISSN:2250-2459] . Impact Factor = 0
  33. Singh, U.P., Bhatt S.S., Medhavi A., Gupta R.S.Study of heat transfer during peristaltic transport of fractional second grade fluid through non -uniform tube with permeable wall in different wave forms; E-J. SCI. TECH.. 11(5) (2016) 45--59[ISSN:1790-5613] . Impact Factor = 0
  34. Singh, U.P. An exact solution of non-newtonian peristaltic flow in a tube: rabinowitsch fluid model; JOURNAL OF SCIENCE. 10 (2015) 1--11[ISSN:1391-9210] . Impact Factor = 0
  35. Singh, U.P., Singh B.K.Frame rotation effect on static performance of short journal bearings: couple stress fluid model; MECHANICAL TESTING AND DIAGNOSIS. 2(IV) (2014) 5--15[ISSN:2247-9635] . Impact Factor = 0
  36. Singh, U.P., Singh B.K.Analysis of peristaltic flow in a tube : rabinowitsch fluid model; INTERNATIONAL JOURNAL OF FLUIDS ENGINEERING. 6(1) (2014) 1--8[ISSN:0974-3138] . Impact Factor = 0
  37. Singh, U.P. On the steady performance of externally pressurized spherical and conical bearings: rabinowitsch fluid model; INTERNATIONAL JOURNAL OF ENGINEERING SCIENCE REVIEWS. 14(4) (2014) 1411--20[ISSN:1601-5487] . Impact Factor = 0
  38. Singh, U.P., Mishra A.Homotopy analysis of curved slider bearings: rabinowitsch fluid model/ 22 (4): 1-9/2012; INTERNATIONAL JOURNAL OF MECHANICAL AUTOMOBILE AND PRODUCTION ENGG. 22(4) (2012) 1--9[ISSN:2249-8303] . Impact Factor = 0
  39. Singh, U.P., Tripathi J.P., Shukla H.S.Management and evaluation of road traffic system using fuzzy logic / 2(1): 9-13/2012; INTERNATIONAL JOURNAL OF ENGINEERING MANAGEMENT AND RESEARCH. 2(1) (2012) 9--13[ISSN:2250-0758] . Impact Factor = 0

Papers Presented/Published in Conferences

  1. Singh U.P. A Fast and Efficient Method to Solve Linear Volterra Integro-Differential Equations with Difference Kernel Using Modified Euler Polynomials: International Conference on "Recent Advances in Science and Engineering (RASE 2021)": Rajkiya Engineering College Sonbhadra, UP, India (February 26-27, 2021)
  2. Singh U.P. Analysis of Non-Newtonianm Squeeze Films between Rough Annular Plates: International Conference on "Recent Advances in Science and Engineering (RASE 2021)": Rajkiya Engineering College Sonbhadra, UP, India (February 26-27, 2022)
  3. Singh U.P. Squeeze Films Lubrication between Rough Annular Plates : Rabinowitsch Fluid Model: 26th International Conference Conference of International Academy of Physical Sciences (CONIAPS 2020): School of Energy Materials, Mahatma Gandhi University, Kottayam, Kerala, India (December 18-20, 2020)
  4. Singh U.P. SQUEEZE FILM LUBRICATION BETWEEN ROUGH ANNULAR PLATES : RABINOWITSCH FLUID MODEL: INTERNATIONAL CONFERENCE ON COMPUTING APPLICATIONS IN ELECTRICAL AND ELECTRONICS ENGINEERING, ICCAEEE 2019; RAJKIYA ENGINEERING COLLEGE, SONBHADRA; 30/08/2019 - 31/08/2019 (2019)
  5. Singh U.P. HEAT TRANSFER DURING PERISTALTIC TRANSPORT IN NONUNIFORM CHANNEL WITH PERMEABLE WALLS: NATIONAL CONFERENCE ON MATHEMATICAL SCIENCES FOR DEVELOPMENT OF SCIENCE & TECHNOLOGY (MSDST-2017) PUBLISHED BY INTERNATIONAL E-PUBLICATION, (2017) PP. 21-27 (2017)
  6. Singh U.P. THEORETICAL ANALYSIS OF OSCILLATING SQUEEZE FILMS BETWEEN CURVED CIRCULAR PLATES: NATIONAL TRIBOLOGY CONFERENCE, NTC-2011; IIT ROORKEE, ROORKEE; 08/12/11 - 10/12/11 (2017)
  7. Singh U.P. ON THE STATIC ANALYSIS OF ANNULAR RING HYDROSTATIC THRUST BEARINGS LUBRICATED WITH COUPLE STRESS FLUIDS: NATIONAL CONFERENCE ON RECENT ADVANCES IN MATHEMATICS, NCRAM-2012; LUCKNOW UNIVERSITY; 02/02/12 - 04/02/12 (2016)
  8. Singh U.P. HOMOTOPY ANALYSIS OF CURVED SLIDER BEARINGS: RABINOWITSCH FLUID MODEL: NATIONAL CONFERENCE ON CHALLENGES AND OPPORTUNITIES FOR TECHNOLOGICAL INNOVATION IN INDIA, COTII-2016; AMBALIKA INSTITUTE OF MANAGEMENT & TECHNOLOGY, LUCKNOW; 19/02/16 - 20/02/16 (2012)
  9. Singh U.P. ON THE DYNAMIC PERFORMANCE OF PIVOTED CURVED SLIDER BEARINGS: RABINOWITSCH FLUID MODEL: INTERNATIONAL CONFERENCE ON CHALLENGES AND OPPORTUNITIES FOR TECHNOLOGICAL INNOVATION IN INDIA, COTII-2017; AMBALIKA INSTITUTE OF MANAGEMENT & TECHNOLOGY, LUCKNOW; 03/03/17 - 04/03/17 (2011)

Books Published

  1. Singh U.P. (2016) ENGINEERING MATHEMATICS : THEORY & APPLICATIONS (VOL 1). ISBN: 978-0-9975454-1-8. Ist Edison, WP (SC) NJ, USA
  2. Singh U.P. (2017) ENGINEERING MATHEMATICS : THEORY & APPLICATIONS (VOL 2). ISBN: 978-0-9975454-3-2. Ist Edison, WP (SC) NJ, USA
  3. Rai R., Singh U.P. (2017) A PROGRAMMER'S APPROACH IN HTML, CSS AND JAVASCRIPT. ISBN: 978-0-9975454-2-5. WP Pub. (SC) United States
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