Publications
- Mie–FH: A quantum corrected pair potential in the LAMMPS simulation package for hydrogen mixtures
- Thermodynamically consistent modeling of gas flow and adsorption in porous media
- Structural, mechanical, electronic and thermodynamic analysis of calcium aluminum silicate crystalline phases in stone wool insulation materials: A first-principles study Read publication
- Free energy of critical droplets - From the binodal to the spinodal
- Classical density functional theory for interfacial properties of hydrogen, helium, deuterium, neon and their mixtures Read publication
- A comparative study of experiments and theories on steady-state evaporation of water Read publication
- One-dimensional mathematical modeling of two-phase ejectors: Extension to mixtures and mapping of the local exergy destruction Read publication
- Equation of state for confined fluids Read publication
- Thermodynamic Model Evaluations for Hydrogen Pipeline Transportation
- Perturbation theories for fluids with short-ranged attractive forces: A case study of the Lennard-Jones spline fluid
Other
- Equation of State for Confined Nanosystems
- A missing thermodynamic ingredient in classical nucleation theory?
- What can Irreversible Thermodynamics do for us?
- Thermodynamic description of thin water films and mitigation of corrosion under insulation – what is the adsorbed phase?
- Equation of State for Nanosystems
- SAFT for quantum fluid mixtures and the hydrogen society: Present state of the art and fundamental challenges
- Simple Quantum Corrections Improve the Accuracy of Cubic Equations of State for Mixtures That Contain Hydrogen, Helium, Neon and Deuterium
- Perturbation Theory for Fluids under Confinement
- Perturbation Theory Based Equation of State for Small Systems under Confinement
- Accurate cubic equation of state for quantum fluids