Current members
Péter VÁN
Péter VÁN (1964–): Equilibrium and non-equilibrium thermodynamics of relativistic fluids, of classical continuum physics and of several other fields.
LIST of publications. 
Róbert KOVÁCS
Róbert KOVÁCS (1988–): Irreversible thermodynamics of heat conduction (low temperature, biological applications) and rarefied gases, analytical and numerical methods.
LIST of publications.
Tamás FÜLÖP
Tamás FÜLÖP (1967–): Irreversible thermodynamics of solids (kinematics, space-time aspects, elasticity, rheology, plasticity). Quantum mechanics (boundary conditions, dissipation).
LIST of publications.
Áron POZSÁR
Áron POZSÁR (1997–): Irreversible thermodynamics of solids, numerical methods.
LIST of publications.
Donát M. TAKÁCS
Donát M. TAKÁCS (1998–): continuum mechanics and thermodynamics, structure-preserving numerical methods, finite element method.
LIST of publications.
Máté PSZOTA
Máté PSZOTA (1998–): Numerical methods in
non-equilibrium thermodynamics, thermodynamic
modified gravity and dark matter.
LIST of publications.
Réka SOMOGYFOKI
Réka SOMOGYFOKI (1998–): Non-equilibrium thermodynamics, fluid mechanics and their connection to astrophysics.
Ákos SUDÁR
Ákos SUDÁR (1997–): Medical imaging, thermodynamics.
LIST of publications.
Senior advisor
Gyula GRÓF
Gyula GRÓF (1955–): heat transfer, renewable energy, experimental methods in thermal physics.
LIST of publications.
The history of Hungarian irreversible thermodynamics
Gyula FARKAS
Gyula FARKAS (1847–1930): Farkas’ lemma for exploiting the inequality structure of the second law of thermodynamics, integrating factor (e.g., temperature).
Imre FÉNYES
Imre FÉNYES (1917–1977): First entropy-based discussion of thermodynamics.
István GYARMATI
István GYARMATI (1929–2002): Wave approach of thermodynamics, new variational principles. Nominated for Nobel Prize multiple times.
József VERHÁS
József VERHÁS (1939–2020): Thermodynamical derivation of the rheology of fluids, non-Newtonian fluids, liquid crystals.
Csaba ASSZONYI
Csaba ASSZONYI (1941–2022): Irreversible thermodynamical understanding and industrial applications of the rheology of rocks.
Tamás MATOLCSI
Tamás MATOLCSI (1941–): Space independent time dependent thermodynamical processes, the second law as stability analysis via Lyapunov function, systematic description of metastable and supercritical states.
László KISS
László KISS (1945–): Heat and mass transfer, thermophysical properties, multiphase flows, bubble dynamics, aluminium metallurgy, optical diagnostics.
Balázs NYÍRI
Balázs NYÍRI (1958–): Generalizations of entropy current, current multipliers, thermodynamics of mixtures, statistical analysis.