Current Projects (M.Phil/PhD)








Thesis Title 2: Extending the Supreme Number analysis to four categories as how did in part 2*
Thesis Title 3: Forming type of series of Supreme Numbers*
Thesis Title 4: Analysing the existence of Supreme Number in Matrix (Matlab’s Simulation)*
Thesis Title 5: Analysing the application of Supreme Number in Matrix (Matlab’s Simulation)*
Thesis Title 6: Analysing the extended application of Supreme Number in Matrix (Matlab’s Simulation)*
Thesis Title 7: Listing down the existence of Supreme Number in Major Religion
Thesis Title 8: Plotting the Supreme Numbers’ analytical results (Matlab’s Plot, Graph 1)*
Thesis Title 9: Plotting the Supreme Numbers’ analytical results (Matlab’s Plot, Graph 2)*
* A fee sponsorship, worth of USD 1200 will be given.


Ref Paper 1: Nachimani Charde and D. Komalavalli ‘Introduction to supreme number (Part 1)’–ICASEIT 2011, International Journal of Advance Science, Engineering and IT, Vol. 1, No 1, Pages: 12–16, 2011. (ISSN: 2088-5334)

Ref Paper 2: Nachimani Charde and D. Komalavalli ‘Introduction to supreme number (Part 2)’–Electronic International Interdisciplinary Research Journal, Pages: 70–83, Dec 2012. (ISSN: 2277-8721)



* A fee sponsorship, worth of USD 1200 will be given.




Thesis Title 2: Decipher the Analogue Signals from Excel Files and Have to Convert to Time, Frequency and Complex-Domains. Based on it, a Precision Technique has to be Derived for.


Thesis Title 2: Post Crack Propagation Patterns of Tensile Shear Test of Welded Metals.
Thesis Title 3: Real Time Control System for Precision Servo Rotation.
Thesis Title 4: Formulating a Mathematical Modal for the Electrical Resistance Spot Welding.
Thesis Title 5: Formulating the Heat Diffusion in Electrical Resistance Spot Welding.
Thesis Title 6: Corrosion Effects of Carbon Steels in Resistance Spot Welding.
Thesis Title 7: Heat Generation, Distribution and losses in Electrical Resistance Spot Welding.

Ref Paper 1-40:



Ref Paper 1: Nachimani Charde ‘Electrical power divider rule’ Electronics World – UK, Page: 50, July 2006. (ISSN: 1365-4675) (Thomson Reuters - SC/SCEI)

Ref Paper 2: Theventhira Desmond, Leow Chee Seng and Vincent Leong ‘Power Divider Rule: AC circuit analysis’ International Journal of Engineering Trends and Technology, 2016.




Full Thesis: Click Here
