Karthik Krishnamurthy

Heat and mass transfer analysis, Fire Simulation, Combustion, Computational Fluid Dynamics, Data driven methods

Worked as a Student Research Assistant at the department of Civil Security & Traffic in the field of Fire Simulation. Studied the turbulence characteristics of buoyant plume in a non-combustible regime using PIV measurements.

Worked as a Student Research Assistant at the department of Civil Security & Traffic in the field of Pedestrian Dynamics. The objective of the employment was - Implementation of first-order velocity obstacle numerical model, for collision free Pedestrian simulation in JuPedSim (Jülich Pedestrian Simulator). Programming language – C++ - JuPedSim software testing using Boost Unit Testing framework

Worked as a Student Intern at the Institute of Energy & Climate Research – Stratosphere. The objective of the employment was: - Implementation of unstructured block-mesh generator to compute the interpolations for tomographic reconstruction of Atmospheric Model. Programming Language – C++

Numerical Methods, Parallel Computing, Computational Fluid Mechanics, Statistics & Simulations

Aerodynamics, Computational Fluid Dynamics, Hypersonics, Aerospace Design & Research methods

Fluid & Aerodynamics, Heat Transfer & Propulsion, Avionics, Aircraft Structures, Composite Materials, Flight Dynamics & Engineering Mathematics