facultyMath

Dr. Suchi Agarwal
Guest Faculty
Educational Qualification – M.Phil., Ph.D
 
CONTACT
Department of Mathematics
Dayalbagh Educational Institute (Deemed University)
Dayalbagh, Agra 282 005 (UP), India
Tel.: (0562) 280 1545
 

1. Teaching Assignments:

Class

Course Code

       Course Title

B.Sc. (Hons)

MAM 601

Number Theory

B.Sc. (Hons)

MAM 606

MATLAB

B.Sc. (Hons)

MAM  503

 Differential Equations-    II (Partial Differential Equations)

B.Sc. II

MAM 302

   Linear Algebra

     

B.Sc I

MAM 202

  Modern Algebra

     
     

B.Tech              MAM 481   Numerical analysis

2.Area(s) of Research:   Fluid Dynamics, Bio-Mathematics.

3. Research Interests:  Quantum Physics, Consciousness Studies. 

4. Awards and Recognitions: 

  • Awarded research fellowship during Ph.D under UGC Scheme of “Research Fellowship in Science for Meritorious Students”, 2011-2013.
  • Awarded Gold medal for holding Ist position  in  M.Sc.
  • Certificate ‘B’ for participating in “National Level 10 Day Training Programme on Research 

Methodology” sponsored by ICSSR at D.E.I, Agra, 16th to 25th January, 2013

5. Selected Publications: 

  • Paper presented at IEEE R10 Humanitarian Technology Conference, Dayalbagh Educational Institute, Agra, India  ,Dec 21-23,2016.
  • Paper titled, “An Analysis of the effect of the peripheral viscosity on bile flow characteristics through cystic duct with stone: Study of two-layer model with squeezing” published in “International Journal of Engineering Trends and Technology (IJETT)” – Volume 32 Number 7, 309-314,February 2016.
  • Paper titled, “Effect on the flow of bile due to radially varying viscosity in the cysticduct” published in “International Journal of Scientific and Innovative Mathematical Research” (IJSIMR) Volume 2, Issue 2, PP 180-185, March 2014.
  • Paper titled, “Effect of the plug flow on the flow characteristics of bile through       diseased cystic duct” published in, “Advances in Applied Science Research”, 3(2):1098-1106, 2012.
  • Paper titled, “A theoretical analysis of the effect of the non-Newtonian bile flow on flow characteristics in the diseased cystic duct” published in “International   journal of Applied Mathematics and Mechanics”, China, 8(16), 92-103, 2012.

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