Rafał Dańko (0000-0003-2434-6025)

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AGH University of Science and Technology Associate Professor.
Research activities are focused in the following areas:
a) Topics related to the design and tests of foundry machines and equipment.
b) Problems related to the processes of thermal and mechanical reclamation of used moulding sands.
c) Model testing of mould and core production by means of blowing methods.
d) Model testing of strength properties of moulding and core sands.
e) Advanced methods of the assessment of quality of moulding and core sands.
f) Study of the die casting process.
g) Study of the dust granulation process.
h) Topics related to the environmental protection problems in the foundry industry.

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AGH University of Science and Technology: Krakow, PL

2014 to present | Associate Professor (Faculty of Foundry Engineering)

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Rafał Dańko

https://orcid.org/0000-0003-2434-6025

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Biography

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Employment (3)

AGH University of Science and Technology: Krakow, PL

AGH University of Science and Technology: Krakow, PL

AGH University of Science and Technology: Krakow, PL

Education and qualifications (2)

AGH University of Science and Technology: Krakow, PL

AGH University of Science and Technology: Krakow, PL

Works (50 of 125)

Analysis of influence of sand matrix on properties of moulding compounds made with furan resin intended for 3D printing

Eco-friendly casting by using innovative inorganic binder systems (IIBs)

Eco-friendly inorganic binders: a key alternative for reducing harmful emissions in molding and core-making technologies

The technique of inorganic core sand shooting with reduced pressure in venting system

Development of inorganic binder systems to minimise emissions in ferrous foundries

Influence of plunger motion profile of high pressure die casting on the casting porosity and solidification rate

Analysis of selected crankshaft casting technologies using simulation tools

Application of the triboelectric method for the ongoing assessment of the quality of reclaim in mechanical reclaimers

Influence of High-Pressure Die Casting Parameters on the Cooling Rate and the Structure of EN-AC 46000 Alloy

Bieżąca ocena stopnia zregenerowania masy zużytej ze spoiwem organicznym w procesie regeneracji mechanicznej

Perspektywy wdrożenia gospodarki o obiegu zamkniętym względem odpadów generowanych przez przemysł odlewniczy

Research on the Release of Dangerous Compounds from the BTEX and PAHs Groups in Industrial Casting Conditions

Environmental Impact of the Reclaimed Sand Addition to Molding Sand with Furan and Phenol-Formaldehyde Resin—A Comparison

Application of 3-D Drucker–Prager Material Model to Determine Optimal Operating Parameters of Centrifugal Regeneration Device

Procesy dmuchowe i maszyny w technologiach wytwarzania rdzeni odlewniczych

Urządzenie do wibracyjnej regeneracji zużytej masy odlewniczej

Primary Used Sand Reclamation Process Efficiency

Compaction of cores made by blowing methods – Model investigations

Experimental and simulation studies of cores making process with blowing methods

Investigations of the mechanism of the sand shooting into the core box

Modelling of the material destruction of vertically arranged honeycomb cellular structure

Research on the energy of destruction of bindings of a core and moulding sand based on quartz sand grains

Studies of the influence of the number and distribution of vents on the production process of cores by the blowing method

Thermal utilization of the post reclamation dust from molding sand with furan resin in test unit

Sposób i urządzenie do termicznej utylizacji pyłów organicznych pochodzących z procesu mechanicznej regeneracji mas odlewniczych

Układ urządzeń do termicznej utylizacji pyłu z mechanicznej regeneracji mas odlewniczych ze spoiwem organicznym

Application of computer support for design of shaft furnaces – cupolas

Assessment of the Possibility of Using Reclaimed Materials for Making Cores by the Blowing Method

Density distribution and resin migration investigations in samples of sand core made by blowing method

Influence of the Matrix Grain Size on the Apparent Density and Bending Strength of Sand Cores

Rola dokładności i powtarzalności ilościowej dozowania ciekłego stopu w zimnokomorowym procesie odlewania pod wysokim ciśnieniem

Validation of the Theoretical Model of Determining the Strength of Cores Made by the Blowing Method

Stanowisko do badania intensywności emisji i szkodliwości gazów wydzielających się z materiałów technologicznych, stosowanych w procesach odlewniczych i hutniczych

ASSESSMENT OF THE HARMFULNESS OF MOULDING SANDS WITH ALKYD RESIN SUBJECTED TO THE HIGH TEMPERATURE INFLUENCE

Determination of the Surface and Volume Porosity, on the Basis of the Main Fraction of the Polifractional Matrix of Moulding and Core Sands

Effect of Different Molding Materials on the Thin-Walled Compacted Graphite Iron Castings

Influence of a Reclaimed Sand Addition to Moulding Sand with Furan Resin on Its Impact on the Environment

Influence of furfuryl moulding sand on flake graphite formation in surface layer of ductile iron castings

Influence of the Hardener on the Emission of Harmful Substances from Moulding Sands with Furan Resin in the Pyrolysis Process

Influence of the Reclamation Process Intensity in the REGMAS Reclaimer on the Purification Degree of the High-silica Matrix

INVESTIGATION OF THE RESULTS OF COMBINED RECLAMATION ON THE PARTICULAR STAGES OF GRAIN MATRIX RECOVERY

Physical and chemical characteristics of after-reclamation dust from used sand moulds

Production of thin walled compacted graphite iron castings using different moulding materials

The device for vibratory reclamation of used up foundry sand

Emission of BTEX and PAHs from molding sands with furan cold setting resins containing different contents of free furfuryl alcohol during production of cast iron

Emission of BTEX and PAHs from molding sands with furan cold setting resins containing different contents of free furfuryl alcohol during production of cast iron

Experiments on the Model Testing of the 2nd Phase of Die Casting Process Compared with the Results of Numerical Simulation

HARMFULNESS ASSESSMENT OF MOULDING SANDS WITH A GEOPOLYMER BINDER AND A NEW HARDENER, IN AN ASPECT OF THE EMISSION OF SUBSTANCES FROM THE BTEX GROUP

INVESTIGATIONS OF PHYSICOCHEMICAL PROPERTIES AND THERMAL UTILISATION OF DUSTS GENERATED IN THE MECHANICAL RECLAMATION PROCESS OF SPENT MOULDING SANDS

New trends in cold-chamber die casting machine design

Peer review (1 review for 1 publication/grant)