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Share  Profile - Dr Amardip Ghosh


  Dr Amardip Ghosh
  Account Type   

Research Associate

Profile   amardip.ghosh@gmail.com
Member Documents    
Member Videos   Website    
Favorites   www.aero.umd.edu
    Not Applicable / No Data Entered
    Contact Address   


  Department of Aerospace Engineering
University of Maryland
College Park
MD 20742


    Research and Professional Interests   
    Investigating fundamental physical mechanisms playing active role in promoting combustion instabilities in Liquid Rocket Engines. Areas of expertise include combustion instability, flame acoustic interactions, propulsion systems and cycles, internal and external aerodynamics.

Experienced with Schlieren, Mie Scattering, Particle Image Velocimetry (PIV) diagnostics for both reacting and non-reacting environments, CH* / OH* Chemiluminescence, High Speed and ICCD imaging, Hot wire anemometry, PMT devices, Static and Dynamic pressure measurements and LabView based instrumentation.
    BS. Aerospace Engg IIT Kharagpur, India (2001)
MS. Aerospace Engg UMD, USA (2006)
PhD Aerospace Engg UMD, USA (2008)
    Not Applicable / No Data Entered
    Academic and Professional Experiences    
    AIAA - Student Member, Combustion Institute - Student Member
    Awards and Honors    
    2008 - AIAA Best Paper Award (Propellants and Combustion), http://www.aero.umd.edu/news/news_story.php?id=3321
    ENAE 455 Airbreathing Propulsion Systems (Special Topics Lecture), ENAE 661 Advanced Propulsion (Special Topics Lecture)
    Documents and Videos
    Member Documents
    Supersonic Nozzle design by Method of Characteristics
Rayleigh criteria and Combustion Instability
Combustion Instability in Liquid Rocket Engines
Plasma Physics
The Role of Density Gradient in Liquid Rocket Engine Combustion Instability
Quasi-one-dimensional models for glassy dynamics
Business Plan for Online Money Transfer
    Member Videos
    Tutorial on CFD Geom (Better Resolution)
Most Influential Masters Thesis
Awrd Ceremony - Vid Terp 2008
Test of Rolls Royce Engine for Airbus 380
Hovercraft Design - Maryland Part 3 of 3
Level Set Methods
Aerodynamic Heating and Deceleration During Entry into Planetary Atmospheres
Award Ceremony - Vid terp 2008
Hovercraft Design - Maryland Part 2 of 3
Aeroelastic Tests of an Eight Percent Scale Saturn C-1 Block II
Gandhi - His Triumph changed the World Forever
Making of Airbus 380
Apollo-Lunar Orbital Rendezvous Technique
The Lunar Orbiter: A Spacecraft to Advance Lunar Exploration
Saturn: A Giant Thrust into Space 1962
United States Space Explorations 1958
11th International Autonomous Underwater Vehicle Competition
CritterCam - Penguins on the Roll
Hovercraft Design - Maryland Part 1 of 3
Crosswind Landing of Airbus 380
Hotwire Anemometry
Chemistry 3B - Lecture 03: Electronic Spectroscopy
CritterCam - Caming the Whale
The University of Maryland
Fundamentals of Fluid Mechanics
MIT Thermodynamics & Kinetics
Combustion Instability
Improving the safety of air transportation
Demonstrations in Acoustics
MIT builds trillion-frame-per-second video
Why Some Women Share Lots of Photos on Facebook
Turbulent Boundary Layer (APS Gallery Submission)
Rijke Tube
Underwater Explosion Phenomena
Complex Numbers
Damped Oscillations
Audible Frequency Range
Periodic and non-periodic motion
Jumping droplets help heat transfer
3D Printing from MIT
Ramanujan's Notebook
Flash Point, Flame Point and Auto Ignition
RLC Circuit Oscillations
Overdamped and Critically Damped Oscillations
Spring mass oscillation
Euler's Disc
Fish Inspired Wind Turbines
Simple Harmonic Motion
Pendulum oscillation
Physical Pendulum Oscillation
Infinite loop in a software program
Hydraulic Model of Cardio Vascular System
Elon Musk Gives a Tour of SpaceX
Superhydrophobic Surface Technology
Ayah Bdeir and LittleBits - Democratizing hardware
Proper Orthogonal Decomposition
Flow Diagnostics
Rocket Testing
Rocket Testing
Renal Biopsy
Cardiovascular Fluid Mechanics