72518-15111

Faculty Profile

Dr. Manoj Kumar Rana
Asstt. Professor
Institute of Applied Science & Humanities

Contact Details:

Email: manoj.rana@gla.ac.in

Contact Number: 9557522755

Experience

  • 10 years Teaching/Research experience

Qualifications

PhD (2007): DR B. R. Ambedkar University, Agra

M.Sc. (1999): Agra College, Agra

Publication

Journal/Proceeding

  • Corrections to CCW Predications for the Motion of Shock Waves in Magnetogasdynamics, S. Kumar and M. K. Rana.Proc.Nat.Conf.Fluid Mech.Fluid Power, 28, 464-469 (2001).
  • Corrections to CCW Predictions Describing the Motion of Plane and Cylindrical Shock Waves in Magnetogasdynamics, S. Kumar and M.K. Rana. Souv.Int.Conf. Ind. Soc. Theo. Appl. Mech.,  MF-03, 101 (2001).
  •  Effects of Overtaking Disturbances on the Motion of Cylindrical Hydromagnetic Shock Waves in Self-Gravitating Gas, S. Kumar and M.K. Rana. Souv. Int. Conf. Ind. Soc. Theo. Appl. Mech., MF-04, 102 (2001).
  •  Effects of Overtaking Disturbances on the Motion of Cylindrical Hydromagnetic Shock Waves in Self-Gravitating Gas, S. Kumar and M.K. Rana. Abstracts XII Nat. Space Science Symposium, DS3-3. 6 (2002).
  •  Corrections to CCW Predictions Describing the Motion of Cylindrical Hydromagnetic Shock Waves through Rotating Gas, S. Kumar and M.K. Rana. Abstracts Nat.Conf. Ind. Soc. Mathematics and Mathematical Sciences, 1, 6 (2003).
  •  Analytical Description of Diverging Cylindrical Shock Waves in Self-Gravitating and Rotating Gas, S. Kumar, S.K Singh, A.K. Gautam and M.K. Rana. Souv.  Ind. Soc. Theo. Appl. Mech., 48, 27 (2003).
  • Analytical Description of Strong Diverging Plane and Cylindrical Hydromagnetic Shock Waves,   S. Kumar, A.K. Gautam and M.K. Rana. Abstracts Nat.Conf. Ind. Soc. Mathematics and Mathematical Sciences, 2,1 (2004).
  • Analytical Description of Weak Cylindrical Diverging Hydromagnetic Shock Waves in Self-Gravitating Rotating Gas, S. Kumar, S.K.Singh and M.K. Rana. Abstracts Nat.Conf. Ind. Soc. Mathematics and Mathematical Sciences, 2, 1 (2004).
  • Corrections to CCW Predictions Describing the Motion of Cylindrical Hydromagnetic Shock Waves in a Self-Gravitating Rotating Gas, S. Kumar, S. K. Singh and M K. Rana.  Jl. Ultra Scientist of Physical Sciences, Vol. 20(2), 201-222 (2008).
  •  Modified CCW Description For the Motion of Cylindrical Shock in Self-Gravitating Rotating Gas, S. Kumar, M.K. Rana and A.K. Gautam, Jl. Ultra Scientist of Physical Sciences Vol. 21(3), 651-666 (2009).
  •  Effects of Overtaking Disturbances in CCW Predictions Describing Isothermal Motion of  Cylindrical Shock Waves in Self Gravitating Rotating Gas, M.K. Rana, S.Kumar and R.P. Yadav. Abstracts, Andhra Pradesh Science Congress, 7, 31 (2011)
  • Effects of Overtaking Disturbances in CCW Predictions Describing Isothermal Motion of Hydromagnetic Cylindrical Shock Waves in Self Gravitating Rotating Gas, M.K. Rana, S.Kumar and R.P. Yadav. Souv.The Role of Functional Language in Quality Improvement of Higher Education, 48, 33 (2012)
  • Improved CCW Predictions Describing Isothermal Motion of Hydromagnetic Cylindrical Shock Waves in Self Gravitating Rotating Gas (),  M.K. Rana, S.Kumar and R.P. Yadav. Souv. 27th PSSI National Symposium on Plasma Science & Technology, 157, SA 07 (2012)
  •  Improved CCW Predictions Describing Isothermal Motion of Hydromagnetic Cylindrical Shock Waves in Self Gravitating Rotating Gas (),  M.K. Rana, S.Kumar and R.P. Yadav. Souv. 57th Int. Conf., Indian Society of theoretical and Applied Mechanics 18, FM1-06 (2012)
  • Modified CCW Description for The Motion of Weak Cylindrical Hydromagnetic Shock in Self-Gravitating Rotating Gas,  M.K. Rana, S.Kumar and R.P. Yadav. Souv., 2nd Nat. Conf., The Role of Education, Research and Technology in rural development, 83, 177(pp), (2014).
  •  Improved CCW Predictions Describing The Motion of Weak Cylindrical Hydromagnetic Shock in Self-Gravitating Rotating Gas,  M.K. Rana, S.Kumar and R.P. Yadav. Souv., 2nd Nat. Conf., The Role of Education, Research and Technology in rural development, 83, 177(pp), (2014).
  • Plane Hydromagnetic Shock Wave Through Uniform and Non-uniform Media, M.K. Rana, M. Yadav,  R.P. Yadav  and S. Kumar,International Journal of Science and Research, ISU-026 (2015).
  •  ISOTHERMAL PROPAGATION OF PLANE HYDROMAGNETIC SHOCK WAVES, M.K. Rana, S.Kumar and R.P. Yadav. Proc., 60-istam-fm-fp-243 (2015).        

 Seminars/Workshops Attended     

  • A Short Term Programme on “Nanotechnology Opportunity & Challenges” from 04-05-2009 to 08-05-2009 at NITTTR, Chandigarh.
  • An international workshop on Nanomaterials on 23rd Dec., 2009 at institute of Basic Sciences, Dr. B. R. Ambedkar University, Khandari, Agra.
  • An IEEE workshop on “Emerging Trends in Microwave Integrated Circuits” Sponsored by IEEE MTT-S Delhi held on March 13, 2010.
  • Applications of Nanomaterials in Modern Technology, April 12, 2015 at GLA University, Mathura.
  • Detection and Treatment of Cancer Using Nano and Conventional Technologies, 28-29th November, 2015 at GLA University, Mathura.
  • Mathematical Formalism on Relativistic Cosmology, 26-27 August, 2016 at GLA University, Mathura.