Laboratory of Thermodynamics and Statistical Applications

Director: Koutmos Panayiotis, Professor
Faculty members:
Panidis Thrassos, Professor
Perrakis Kostas, Lecturer
Other Members:
Zafiris Sotirios, E.T.E.P.
Contact Details
Phone: (+30) 2610 997 244, 2610 997 242
Fax: (+30) 2610 997 271
Website of the Laboratory:

The overall mission of the Laboratory of Applied Thermodynamics and Statistical Mechanics (LAT) is to deliver high quality education and research in the fields of Thermodynamics, Transport Phenomena and Combustion, with particular regard to their applications.

LAT has established partnerships within European Academic and Research Associations aiming to advance teaching as well as scientific knowledge and technology. LAT is a member of the European Research Community on Flow, Turbulence and Combustion (ERCOFTAC), the European Aeronautics Science Network Association (EASN) and the Greek Section of the Combustion Institute. The Lab is participating in a large number of national and European research projects. LAT is partner in the EU NoE on Environmentally Compatible Air Transport System (ECATS).

The experimental and numerical capabilities of LAT are used to provide services and consultancy in the fields of thermo-fluids and combustion. LAT is also accredited to carry out tests under the terms of ISO/IEC 17025. LAT, in collaboration with EADS, holds a patent on microtechnology manufacturing of multi sensor hot wire anemometry probes.


Educational activities of the Laboratory of Applied Thermodynamics cover areas in Thermo-fluids, such as Thermodynamics, Transport Phenomena of mass, momentum and heat in ordinary and multiphase systems, Combustion and Propulsion by offering a number of courses in these subjects.

Undergraduate courses:

· Thermodynamics I, Thermodynamics II

· Heat Transfer II

· Internal Combustion Engines

· Transport Phenomena

· Combustion and Pollutants

· Gas and Steam Turbines

· Advanced Heat and Mass Transfer

· Theory and Modeling of Turbulence Flows

· Aerospace Propulsion Systems

Postgraduate courses

· Thermal Energy on the Generation of Work

· Phenomena on Turbulent Transfer Flow

· Experimental techniques in Transport Phenomena

During the last 20 years more than 100 diploma dissertations and 20 doctoral theses have been completed successfully



Research activities at LAT cover the areas of Heat Transfer, Fluid Mechanics, Multi Phase Flows-Spray dynamics and Combustion, with application in the fields of Energy, the Environment, Aeronautics and Biotechnology. Research is mostly financed by the EC, but also by the industry and National Research supporting agencies.


Indicative list of research activities (More at LAT site)

  • Study of trailing turbulent vortices formed as a result of interaction and merging of co-rotating tip vortices.
  • Development of Multi hot wire anemometry for simultaneous velocity-vorticity measurements
  • Structure and dynamic development of turbulent diffusion buoyant flames
  • Line fire plume
  • LES simulation of turbulent and reacting flows
  • Turbulent combustion and noise modelling, Fuel spray test rig
  • Investigation of bubble dynamics
  • Swirling flows
  • Jet and plume study facilities
  • Radiative heating systems
  • Reaction to fire tests and fire behaviour of materials


Research results are disseminated mostly through publications in international journals and conference presentations. Results which present possible exploitation potential are protected by patents




Experimental Facilities

  • Water tanks for turbulence and diffusion experiments
  • Wind channels for heat transfer experiments
  • Open circulation wind tunnel
  • Swirl flow apparatus
  • Jet and plume facilities
  • Convective heat transfer apparatus
  • Cone calorimeter for reaction to fire tests
  • Bomb calorimeter
  • Two-phase channels (water - air bubbles)
  • Combustion rigs for diffusion and premixed flames
  • Low emission combustors
  • Fire plume apparatus for forest and whirl fire simulations
  • Confined test sections for fuel spray velocity and size measurements



  • Multi sensor hot - wire anemometry (HWA)
  • 2D Laser Doppler Velocimetry (LDV)
  • Phase Doppler Anemometry (PDA)
  • 2D Digital Particle Image Velocimetry (PIV)
  • Flow visualization techniques
  • High Temperature Thermocouples
  • Pressure sensors
  • Species concentration sensors
  • Gas analysis equipment


Numerical codes

LAT has developed computational fluid dynamic codes with suitable turbulence and global chemical reaction models. The Lab is also using commercial and open source numerical simulation codes such as:

  • OpenFOAM
  • FDS