Development and programming of computer models for the forecasting of energy (e.g. electricity, gas) consumption of ‘typical’ consumer profiles.

Development and programming of computer models for the filtration process in the pharmaceutical industry and the environmental sector.

Development of computer models for measuring transfer in heat and mass transfer processes in pharmaceutical technology, nanotechnology and food industry.

• Development of digital models of process and energy devices and machines based on computer fluid dynamics (CFD).
• Development of computer models which forecast the energy consumption (natural gas, electricity) of typical consumer groups.

• Novartis (LEK)
• Hella Saturnus
  Agencija za energijo RS
• Hrvatska energetska regulatorna agencija
• Max Weishaupt GmbH
• Research Center Pharmaceutical Engineering (RCPE)
• BSH Hišni aparati Nazarje
• Sipro-Inženiring
• Talum Izparilniki
• Gostol TST

Novartis (LEK): Development of digital models for technological processes in pharmaceutical production (lyophilization, granulation, floating drying, filtration, coating of particles in the drum).

Hella Saturnus: Development of 3D digital models based on CFD for the analysis of thermal conditions in headlights and lamps.

Energy Agency of the Republic of Slovenia: Development of computer models for forecasting natural gas consumption, typical groups of consumers.

Croatian Energy Regulatory Agency: Development of computer models for forecasting natural gas consumption of consumers without daily metering.

Max Weishaupt GmbH: Development of 3D digital models based on CFD for the analysis of combustion processes in burners.

Research Center Pharmaceutical Engineering (RCPE): Support the development and application of digital CFD models for process modeling in pharmaceutical engineering.

BSH Home Appliances Nazarje: Development of a CFD model for calculating current conditions in a cooking system.

Sipro-Engineering: Development of a CFD model for optimization of a wastewater desalination system.

Talum Evaporators: Development and analysis of a CFD model for numerical simulation of Roll-Bond heat exchangers.

Gostol TST: Development and application of DEM models to optimize the blasting process.

• Iljaž J., Wrobel L. C., Hriberšek M. and Marn J. (2019): Numerical modelling of skin tumour tissue with temperature-dependent properties for dynamic thermography. 
• Ravnik J. in Hribršek M. (2019): A method for natural gas forecasting and preliminary allocation based on unique standard natural gas consumption profiles.
• Gomboc T., Zdravec M., Iljaž J., Sagadin G. and Hribršek M. (2019):  Numerical model of three stage spray drying for zeolite 4A – water suspensions coupled with a CFD flow field. 
• Ravnik J., Golobič I., Sitar A., Avanzo M., Irman Š., Kočevar K., Cegnar M., Zadravec M., Ramšak M. in Hribršek M. (2018): Lyophilization model of mannitol water solution in a laboratory scale lyophilizer.
• Rajh B., Yin C., Samec N., Hribršek M., Kokalj F. and Zdravec M. (2018): Advanced CFD modelling of air and recycled flue gas staging in a waste wood-fired grate boiler for higher combustion efficiency and greater environmental benefits.

• Development and programming of computer models for measurement transfer in the process of lyophilization in pharmaceutical engineering.
• Development and programming of computer models for the forecasting of energy (e.g. electricity, gas) consumption of ‘typical’ consumer profiles.
• Development and programming of computer models for the filtration process in the pharmaceutical industry.