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Staff Profile

Prof (Dr). Mubarak A K
Professor
Mechanical

PhD
mubarackak@gmail.com
9447616179
Google Scholar
  • Qualifications
  • Publications
  • Experience
  • Interests
  • Achievements

Journals

No. Description Category Year of Publishing
1Computational fluid dynamics simulation on particulate distribution in gyro casting for the manufacture of Al/SiC particulate metal matrix compositeInternational Journal2019
2Experimental and Computational Exploration of Underexpanded Jets from Conical, Bell and Double Parabolic Nozzles, International Review of Mechanical EngineeringInternational Journal2018
3Design of a double parabolic supersonic nozzle and performance evaluation by experimental and numerical methods, Aircraft Engineering and Aerospace TechnologyInternational Journal2018
4To study the effect of canted angle in turbulence mixing in supersonic twin jetInternational Journal2018
5"Design and Analysis of Contour Bell Nozzle and Comparison with Duel Bell Nozzle", International Journal2016
6Geometrical Study of 2D Method of Characteristics (MOC) NozzleInternational Journal2016
7Performance Analysis of Turbulence Models of Supersonic Jets through a Convergent Divergent NozzleInternational Journal2015
8Assessment of Performance of Turbulence Models in the Numerical Simulation of Mach 1.4 Free Jet from a Convergent Divergent NozzleInternational Journal2014

Conferences

No. Description Category Year of Publishing
1Analysis of flow structure by varying divergence angles and contour of supersonic C-D nozzlesInternational Conference2017
2Estimation of Performance of Turbulence Models in Imperfectly Expanded Jets from a Convergent Divergent NozzleInternational Conference2014
3Review on the Drag Reduction Technologies in AircraftInternational Conference2013
4Review on the application of ablative materials for solid rocket motor nozzle and their fabricationInternational Conference2011
5R 134a Hydrocarbon mixture: An environmentally benign refrigerantNational Conference2010
6Analysis and simulation of vapour compression cycle based on a blend of R-134a and hydrocarbon mixtureInternational Conference2010

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