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Dive into the research topics where Neven Tomašić is active.

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Featured researches published by Neven Tomašić.


International Journal of Microstructure and Materials Properties | 2007

An analysis of application of modified Jominy-test in simulation of cold work tool steels quenching

Božo Smoljan; Domagoj Rubeša; Neven Tomašić; S. Smokvina Hanza; Dario Iljkić

The possibility of application of modified Jominy-test in computer simulation of quenching of cold work tool steels has been investigated. Because of high hardenability of cold work tool steels there are limits in application of original Jominy-specimen in simulation of quenching of steels. The modified Jominy-test was designed for prediction of hardenability of cold work tool steels. The characteristic cooling time, relevant for results of quenching, was predicted by computer simulation of quenching of both of JM ® -specimen and of cylindrical specimen. Modified Jominy-test can be applied in simulation of quenching of high hardenability steel more successfully than by original Jominy-test.


Materials Science Forum | 2007

Evaluation of Steel Hardenability by JM® -test

Božo Smoljan; Dario Iljkić; Neven Tomašić; Imre Felde; E. George Totten; Tamás Réti

The modified Jominy-test was designed for prediction of hardenability of high-hardenability tool steels and possibility of application of modified Jominy-test in computer simulation of quenching of high-hardenability tool steels has been investigated. Because of high hardenability there are limits in application of original Jominy-specimen in simulation of quenching of steels. The performance of investigated modified Jominy-test in simulation of quenching of high-hardenability tool steels was estimated by comparison of cooling curves of modified Jominy-specimen (JM®-specimen) and cylindrical specimen. The influence of dimension of JM®-specimen on cooling curves has been investigated. The time of cooling, t8/5 relevant for results of quenching was predicted. Modified Jominy-test can be applied in simulation of quenching of steel with higher hardenability rather than original Jominy-test.


Journal of achievements in materials and manufacturing engineering | 2007

Computer simulation of microstructure transformation in heat treatment processes

Božo Smoljan; Sunčana Smokvina Hanza; Neven Tomašić; Dario Iljkić


The 14th International Scientific Conference on "Achievements in Mechanical and Materials Engineering AMME'2006 | 2006

Application of JM® -test in 3D Simulation of Quenching

Božo Smoljan; Neven Tomašić; Dario Iljkić; Imre Felde; Tamás Réti


AMME'02 | 2002

Composites in Manufacturing of Vehicles

Božo Smoljan; Neven Tomašić; Sunčana Smokvina


13th International Scientific Conference Achievements in Mechanical and Materials Engineering 2005 | 2005

Simulation of Hardness Distribution in Quenched Steel Specimen

Božo Smoljan; Neven Tomašić; Domagoj Rubeša; Sunčana Smokvina Hanza


11th International Scientific Conference CAM3S'2005 | 2005

An Application of JM® -specimen in Prediction of Steel Quenching Results

Božo Smoljan; Dario Iljkić; Neven Tomašić; George Totten


MATRIB 2002 | 2002

LIGHT ALLOYS AND HIGH STRENGTH MATERIALS IN DEVELOPMENT OF AUTOMOTIVE INDUSTRY

Božo Smoljan; Neven Tomašić; Sunčana Smokvina


Proceedings of the 24th IFHTSE Congress 2017 combined with the European Conference on Heat Treatment and Surface Engineering together with A3TS Congress | 2017

Numerical modelling of heat treated welded joint

Božo Smoljan; Dario Iljkić; Lovro Štic; Sunčana Smokvina Hanza; Andrej Borić; Neven Tomašić


Proceedings of the 41st International Conference WELDING 2016, Modern Joining Processes, Development of Filler Materials and Simulations | 2016

Mathematical modelling of mechanical properties and microstructure of welded joint

Božo Smoljan; Dario Iljkić; Lovro Štic; Neven Tomašić; Sunčana Smokvina Hanza

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Tamás Réti

Széchenyi István University

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George Totten

Portland State University

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