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LOOK Project

RESEARCH GROUPS

Research Group: Processes Simulation – BT

Scientists

Research Group Leader: Łukasz Poloczek, PhD, tel. +48 32 23 45 146, e-mail: lukasz.poloczek@imz.lukasiewicz.gov.pl
Research Group Deputy Leader: Władysław Zalecki, PhD, tel. +48 (32) 23 45 247, e-mail: wladyslaw.zalecki@imz.lukasiewicz.gov.pl

Roman Kuziak, Prof. PhD, DSc
Artur Mazur, PhD
Jarosław Opara, PhD
Valeriy Pidvysots'kyy, PhD
Adam Gryc, MSc
Zdzisław Łapczyński, MSc
Marcin Kempny, MSc
Ryszard Molenda, Msc
Piotr Głowacki

Equipment

Gleeble 3800 facilitates performance of tests in scope of: thermo-mechanical treatment of steel, impact of thermo-mechanical loads on degradation of microstructure and properties of steel, accelerated creep proceses, as well as carry out physical simulation of continuous casting of steel, welding of technical materials and continuous annealing of plates for car bodies.

DIL805A-D-T with optical module.JPG

Instytut Metalurgii Żelaza im. Stanisława Staszica in Gliwice, Poland (The Institute for Ferrous Metallurgy) has purchased a-state-of-the-art model of deformation dilatometer DIL 805 A/D/T from TA Instruments. The dilatometer allows for the investigation of phase transformations of austenite non-deformed and deformed in the course of full samples compressing and round and flat samples stretching (investigation of sheet metal).

DIL 805 A/D Dilatometer by Baehr Thermoanalyse GmbH is a device facilitating examinations of phase transformations of steels and alloys both in undeformed state as well as following deformation. Dilatometer is equipped with LVDT head of resolution ±0,06 μm and precision of maintaining temperature at ± 0,5°C. Range of test temperature is -150-1100°C (K thermocouple) or 20-1550°C ( S thermocouple). Maximum cooling rates for tubular sample ø4xø3 mm and length 10,0 mm, are ca. 200°C/s (cooling with compressed nitrogen) and ca. 300°C/s (cooling with compressed helium). Cooling rate of cylindrical samples deformed in helium, with compressed helium does not exceed 100°C/s.

komora solna.jpg

The HKT500 salt spray chamber is designed for testing in accordance with PN-EN ISO 9227, DIN 50021/SS/CASS, ASTM B 117 and other standards.

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TABLE OF CONTENTS

PUBLISHING

Jarosław MARCISZ, Józef PADUCH, Adam ZIELIŃSKI

ŁUKASIEWICZ RESEARCH NETWORK – INSTITUTE FOR FERROUS METALLURGY – CURRENT AND FUTURE RESEARCH ACTIVITIES

Marek BURDEK, Bogdan GARBARZ, Dariusz WOŹNIAK, Mariusz ADAMCZYK, Jacek SKIBA, Mariusz KULCZYK

UNCONVENTIONAL METHODS OF MANUFACTURING THIN WIRES FOR APPLICATION AS INPUT MATERIAL IN ADDITIVE MANUFACTURING. PART 1: PREPARATION OF INPUT MATERIAL FOR WIRE DRAWING

Marek BURDEK, Mariusz ADAMCZYK, Krzysztof MARSZOWSKI

UNCONVENTIONAL METHODS OF MANUFACTURING THIN WIRES FOR APPLICATION AS INPUT MATERIAL IN ADDITIVE MANUFACTURING. PART 2: DRAWING OF Fe-BASED ALLOY WIRES

Marcin KEMPNY

DIGITAL IMAGE CORRELATION – METHOD DEVELOPMENT, SCOPE, PRINCIPLE OF FUNCTIONING, AND FUTURE GOALS

Hanna PURZYŃSKA , Grzegorz GOLAŃSKI

INCOLOY 800HT IRON-BASED SUPERALLOY – PRELIMINARY CHARACTERISATION

Piotr RÓŻAŃSKI, Mariusz BORECKI, Marian NIESLER, Janusz STECKO, Wojciech SZULC, Bogdan ZDONEK

DECARBONISATION PATHWAYS OF THE STEEL INDUSTRY

Ireneusz SZYPUŁA, Piotr RÓŻAŃSKI, Janusz STECKO, Marian NIESLER

DETERMINATION OF CONDITIONS FOR MAXIMUM DEZINCIFICATION OF A MIXTURE OF FERROUS MATERIALS IN THE SINTERING PROCESS BASED ON NUMERICAL CALCULATIONS USING THE FactSage THERMOCHEMICAL PROGRAM

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