Attila Diószegi

Professor of Foundry Technology

Jönköping University

Sweden

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Articles (15)

Thermal Analysis and Gas Generation Measurement of Foundry Sand Mixtures

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Year:

2024

Kinetic Model for the Decomposition Rate of the Binder in a Foundry Sand Application

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Year:

2024

A Review of Dendritic Austenite in Cast Irons

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Year:

2024

A Review of Dendritic Austenite in Cast Irons

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Year:

2024

A Model for the Effect of Microstructure on the Ultimate Tensile Strength of Cast Irons

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Year:

2024

A Thermal Conductivity Model for Lamellar and Compacted Graphite Irons

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Year:

2024

Unraveling Compacted and Nodular Cast Iron Porosity: Case Studies Approach

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Year:

2024

Evaluation of Permeability Models for Foundry Molds and Cores in Sand Casting Processes

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Year:

2024

Implementation and Validation of Casting Simulation Methodology for Diagnostics of Lamellar Graphite Iron

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Year:

2023

A Thermal Conductivity Model for Grey Iron

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Year:

2023

On the Relation between the Gas-Permeability and the Pore Characteristics of Furan Sand

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Year:

2021

Measurement of Darcian Permeability of foundry sand mixtures

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Year:

2021

Fatigue limit and microstructure in lamellar graphite iron

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Year:

2021

The Role of Primary Austenite Morphology in Hypoeutectic Compacted Graphite Iron Alloys

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Year:

2020

The Distribution of Carbon in Austenite Studied on a Water-Quenched Compacted Graphite Iron Using Electron Probe Microanalysis

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Year:

2020

Collaborators (2)

Ehsan Ghassemali

Professor

Jönköping University

SWEDEN

József Tamás Svidró

Assistant Professor

Jönköping University

SWEDEN

Attila Diószegi

Research Interests

Explore related searches

Contact this professor

Articles (15)

Thermal Analysis and Gas Generation Measurement of Foundry Sand Mixtures

Kinetic Model for the Decomposition Rate of the Binder in a Foundry Sand Application

A Review of Dendritic Austenite in Cast Irons

A Review of Dendritic Austenite in Cast Irons

A Model for the Effect of Microstructure on the Ultimate Tensile Strength of Cast Irons

A Thermal Conductivity Model for Lamellar and Compacted Graphite Irons

Unraveling Compacted and Nodular Cast Iron Porosity: Case Studies Approach

Evaluation of Permeability Models for Foundry Molds and Cores in Sand Casting Processes

Implementation and Validation of Casting Simulation Methodology for Diagnostics of Lamellar Graphite Iron

A Thermal Conductivity Model for Grey Iron

On the Relation between the Gas-Permeability and the Pore Characteristics of Furan Sand

Measurement of Darcian Permeability of foundry sand mixtures

Fatigue limit and microstructure in lamellar graphite iron

The Role of Primary Austenite Morphology in Hypoeutectic Compacted Graphite Iron Alloys

The Distribution of Carbon in Austenite Studied on a Water-Quenched Compacted Graphite Iron Using Electron Probe Microanalysis

Collaborators (2)

Ehsan Ghassemali

József Tamás Svidró

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