Mr. MAHENDRAKUMAR PATEL

Faculty Details


  • Designation : Assistant Professor
  • Qualification : Master of Philosophy
  • Experience : 7 Years
  • Area Of Interest : Applied Mathematics, Fluid flow in porous media

Education Qualification

1) Master of Philosophy (M.Phil. - Mathematics) from Department of Mathematics, Affiliated with S. P. University, V. V. Nagar, Gujarat, India


2) Master of Science (M.Sc. - Mathematics) from Department of Mathematics, 
Affiliated with S. P. University, V. V. Nagar, Gujarat, India

3) Bachelor of Science (B.Sc. - Mathematics) from V.P. & R.P.T.P. Science College, 
Affiliated with S. P. University, V. V. Nagar, Gujarat, India

Training and workshop

1. KARMAYOGI RESIDENTIAL TRAINING FOR QUALITY IMPROVEMENT PROGRAM IN TECHNICAL EDUCATION, 


2. WORKSHOP ON FLUID DYNAMICS

3. INDUCTION TRAINING PROGRAMME PHASE-I

4 WORKSHOP ON RESEARCH METHODOLOGY

5. FACULTY DEVELOPMENT PROGRAMME ON E-CONTENT DEVELOPMENT

6. MATHEMATICAL TOOLS AND TECHNIQUES FOR ENGINEERING RESEARCH

7. TWO WEEK SUMMER SCHOOL ON FLUID MECHANICS

8. INDUCTION TRAINING PROGRAMME PHASE-II

9. DEVELOPMENT OF TEACHING LEARNING RESOURCES USING DIGITAL MEDIA

10. INTRODUCTION ON BOUNDARY ELEMENT METHOD

11. ADVANCE PEDAGOGY TRAINING PROGRAM

12. INTERNATIONAL FACULTY DEVELOPMENT PROGRAM

Publications

Research Aricles


1. An approximate analytical solution of nonlinear differential equation arising in fluid flow through homogeneous porous media

2. Homotopy analysis solution of countercurrent imbibition phenomenon in inclined homogeneous porous medium

3. Homotopy analysis method for fingero-imbibition phenomenon in heterogeneous porous medium

4. Homotopy analysis method for nonlinear partial differential equation arising in fluid flow through porous medium

5. An approximate analytical solution of the Burger's equation for longitudinal dispersion phenomenon arising in fluid flow through porous medium

6. A mathematical model of cocurrent imbibition phenomenon in inclined homogeneous porous medium

7. Mathematical modelling and analysis of cocurrent imbibition phenomenon in inclined heterogeneous porous medium

8. Mathematical modelling of fingero-imbibition phenomenon in heterogeneous medium withmagnetic field effect

9. An approximate analytical solution of Boussinesq's equation for infiltration phenomenon in unsaturated porous medium


Work Experience

7 years Teaching Experience

Courses Taught

1. Calculus

2. Vector Calculus and Linear Algebra
3. Advanced Engineering Mathematics
4. Numerical and Statistical Methods for CE