Dr.K.Maruthi Prasad Profile
Mathematics Department - Faculty

10047

Dr.K.Maruthi Prasad
Professor & HOD

Qualification: M.Sc, Ph.D(NIT-W)

Specialization: Fluid dynamics, Bio-Mechanics

Phone No:9849061216

EmailID:maruthiprasad.karanamu@gitam.edu

More Details

SlnoTitleJournal NameVolumesYear
1 Second law analysis of peristaltic flow of incompressible viscous fluid in a curved channel Journal of Engineering Physics and Thermo physics (Springer) Accepted for publication 2016
2 Second law analysis of peristaltic flow of incompressible viscous fluid in a curved channel Journal of Engineering Physics and Thermo physics (Springer) Vol.no.89(2) 2016
3 Second law analysis of peristaltic flow of incompressible viscous fluid in a curved channel Journal of Engineering Physics and Thermo physics (Springer) Vol.no.89(2) 2016
4 Peristaltic Tansport of a Nano fluid in an inclined tube American Journal of Computational and Applied Mathematics Vol. 5(4) 2015
5 Effects Of Stenosis And Post Stenotic Dilatation On Jeffrey Fluid Flow In Arteries International Journal of Research in Engineering and Technology Vol. 4 2015
6 A Mathematical model of Herschel- Bulkley fluid through an inclined tube of uniform cross-section with overlapping stenosis International Journal of Mathematical Archive Vol. 6(4) 2015
7 Effect of Magnetic field on Herschel-Bulkley fluid through multiple stenoses Malaya Journal of Mathematik Vol.No.3(1) 2015
8 Flow of micropolar fluid through a tube with overlapping stenosis International journal of Scientific and Innovative Mathematical Research Vol.No.3 2015
9 Peristaltic Tansport of a Nano fluid in an inclined tube American Journal of Computational and Applied Mathematics Vol.no.5(4), 2015
10 Study of Peristaltic Motion of nano particles of a Micropolar fluid with Heat and Mass transfer effect in an inclined tube Procedia Engineering (Elsevier) Vol. no.127 2015
11 Peristaltic Transport of Jeffrey NanoFluid in Curved Channels Procedia Engineering (Elsevier) Vol. no.127 2015
12 Effects Of Stenosis And Post Stenotic Dilatation On Jeffrey Fluid Flow In Arteries International Journal of Research in Engineering and Technology Vol. No. 4. Pp.195-201 2015
13 A Mathematical model of Herschel- Bulkley fluid through an inclined tube of uniform cross-section with overlapping stenosis International Journal of Mathematical Archive Vol.No.6(4),Pp.71-77 2015
14 Effect of Magnetic field on Herschel-Bulkley fluid through multiple stenoses Malaya Journal of Mathematik Vol.No.3(1), pp.335-345 2015
15 Flow of micropolar fluid through a tube with overlapping stenosis International journal of Scientific and Innovative Mathematical Research Vol.3 PP. 194-201 2015
16 Peristaltic Tansport of a Nano fluid in an inclined tube American Journal of Computational and Applied Mathematics Vol.No.5(4), PP. 117-128 2015
17 Study of Peristaltic Motion of nano particles of a Micropolar fluid with Heat and Mass transfer effect in an inclined tube Procedia Engineering (Elsevier) Vol. no.127, PP.694-702 2015
18 Peristaltic Transport of Jeffrey NanoFluid in Curved Channels Procedia Engineering (Elsevier) Vol. no.127, PP.869-876 2015
19 A Mathematical Model of Herschel- Bulkley fluid through an overlapping stenosis IOSR Journal of Mathematics Vol.10(2) Ver. II (Mar-Apr. 2014), PP 41-46 2014
20 A Mathematical Model of Herschel- Bulkley fluid through an overlapping stenosis IOSR Journal of Mathematics Vol. 10 2014
21 Unsteady peristaltic transport in curved channels PHYSICS OF FLUIDS Vol. 25 2013
22 Unsteady peristaltic transport in curved channels PHYSICS OF FLUIDS Vol 25, 091903 2013
23 Peristaltic Motion of VIscoelatic Fluid with Fractional Grade Model in Curved Channels Chinese Journal of Engineering Volume 2013, Article ID 582390 2013
24 Effect of Multiple Stenoses on Couple Stress Fluid through a tube with Non-Uniform Cross-Section International Journal of Applied Mathematical Sciences Vol. 5,( 1), pp. 59-69 2012
25 Analysis of Heat and Mass Transfer Effects on an Isothermal Vertical Oscillating Plate Walailak Journal of Sci & Tech Vol. 9(4), pp. 407-415 2012
26 Effect of Multiple Stenoses on Couple Stress Fluid through a tube with Non-Uniform Cross-Section International Journal of Applied Mathematical Sciences Vol. 5,( 1) 2012
27 Analysis of Heat and Mass Transfer Effects on an Isothermal Vertical Oscillating Plate WALAILAK JOURNAL Walailak J Sci & Tech Vol. 9(4) 2012
28 Peristaltic Transport of a Micropolar Fluid In an Inclined Tube with Flexible Walls Journal of Applied Mathematics and Fluid Mechanics Vol. 3 2011
29 PERISTALTIC TRANSPORT OF A MICROPOLAR FLUID IN AN INCLINED TUBE WITH FLEXIBLE WALLS Journal of Applied Mathematics and Fluid Mechanics(JAFM) Vol.3 (2) 2011
30 Persitaltic Pumping of a Micropolar fluid in an Inclined tube. International Journal of Applied Mathematics and Mechanics (IJAMM). Vol.6 No.11 2010
31 Peristaltic Pumping of a Micropolar Fluid in an Inclined Tube Int. J. of Appl. Math and Mech. 6 (11) 2010
32 Effect of Peripheral layer on peristaltic transport of couple stress fluid ”, International Journal of Fluid Mechanic Research, (IJFMR)(ISSN10642277) 36.i6.80 2009
33 Effect of Peripheral layer on peristaltic transport of micro-polar fluid Non-Linear Analysis: Modeling and Control, (LAANA) (ISSN13925113) Vol.no.14.No.1 2009
34 Flow of Casson Fluid through an inclined tube of non-uniform cross section with multiple stenosis Journal of Applied Mathematics and Fluid Mechanics Vol.1 2009
35 Flow of Casson Fluid through an inclined tube of non-uniform cross section with multiple stenosis Journal of Applied Mathematics and Fluid Mechanics. Vol.1 2009
36 Effect of Peripheral layer on peristaltic transport of couple stress fluid International Journal of Fluid Mechanics Research. Vol.36 2009
37 Effect of Peripheral layer on peristaltic transport of micro-polar fluid Non linear Analysis: Modeling and Control. Vol.14.No.1 2009
38 Effects of multiple constrictions on micro-polar fluid through a non-uniform channel A.M.S.E (Modeling and Simulation), Series B (Thermics and Mechanics) Vol.77 No 2 2008
39 Ferro Fluid in Cylindrical tube with mild stenosis A.M.S.E (Modeling and Simulation), Series B (Thermics and Mechanics) Vol.77 No 5 2008
40 Effect of Multiple stenosis on Herschel_Bulkey fluid through an inclined tube with non-uniform cross section Archieves of Mechanics Vol 60 No.2 2008
41 Effect of Mild stenosis on flow of H-B fluid through an inclined tube. International Journal of Applied Mathematical Analysis and Applications Vol.3No.2 2008
42 Effect of Mild stenosis on flow of H-B fluid through an inclined tube International Journal of Applied Mathematical Analysis and Applications IJAMAA( ISSN09733868) Vol.2 2008
43 Effect of Multiple stenosis on Herschel_Bulkey fluid through an inclined tube with non-uniform cross section Archieves of Mechanics 60.2 2008
44 Effects of multiple constrictions on micro-polar fluid through a non-uniform channel A.M.S.E (Modeling and Simulation), Series B (Thermics and Mechanics) 77 (2) 2008
45 Ferro Fluid in Cylindrical tube with mild stenosis .M.S.E (Modeling and Simulation), Series B (Thermics and Mechanics) 77 (5) 2008
46 Effect of Multiple stenosis on Herschel_Bulkey fluid through tube with non-uniform cross section IeJEMTA Vol.1 2007
47 Peristaltic transport of a Herschel-Bulkley fluid in a channel in the presence of magnetic field of low intensity International Journal of Computational Intelligence Research and Applications IJCIRA Vol.1 2007
48 Peristaltic transport of a Herschel-Bulkley fluid in a channel in the presence of magnetic filed of low intensity International Journal of Computational Intelligence Research and Applications Vol.No.1 2007
49 Effect of Multiple stenosis on Herschel_Bulkey fluid through tube with non-uniform cross section IeJEMTA Vol.1 2007