Project team


Project Leader:

 

Name, surname and title:

Prof. Joško Deur, Ph.D.

Institution:

Faculty of Mechanical Engineering and Naval Architecture,
University of Zagreb

Institution address:

Ivana Lučića 5, 10002 Zagreb

Institution website:

http://www.fsb.hr

Phone/Fax:

+385-1-6168-372

E-mail:

josko.deur@fsb.unizg.hr

Personal website:

http://www.fsb.hr/acg/jdeur

 

Collaborators:

 

Name, surname, title: Institution: Field of expertise within project:
Assoc. Prof. Mario Hrgetić

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Design of electronic subsystem; implementation and experimental verification of control systems

Assoc. Prof. Matija Hoić

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Design, modeling, and experimental verification of active seat suspension mechatronic unit

Asst. Prof. Branimir Škugor

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Design of low- and high-level control systems for active seat suspension

Prof. Nenad Kranjčević

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Design and modeling of suspension mechatronic unit with emphasis on system dynamics and vibrations

Krunoslav Haramina, M. Sc. ME.

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Modeling and simulation of active seat suspension mechatronic unit, including experimental validation

Dominik Birt, M. Sc. ME.

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Design, technical documentation, and experimental examination of seat suspension mechatronic unit

Ivan Ruškan, M. Sc. ME.

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Design and verification of overall active seat suspension control system; experimental assessment of ride comfort and task execution performance

Ivo Grđan, M. Sc. EE.

UNIZAG - Faculty of Mechanical Engineering and Naval Architecture

Experimental setup realization; implementation and verification of low-level control strategy

Ivan Cvok, Ph.D.

Rimac Technology d.o.o.

Modeling, control, and assessment of active seat suspension system