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Research projects financed by the subsidy

PROJECTS CO-FINANCED BY THE STATE BUDGET

dotacje celowe

Year 2026

SUBSIDY GRANTED ON THE BASIS OF:

ACT ON HIGHER EDUCATION AND ACT ON THE ŁUKASIEWICZ RESEARCH NETWORK AND CODE OF ADMINISTRATIVE PROCEDURE

TASK:
RESEARCH AND DEVELOPMENT WORKS IN THE FIELD OF TECHNICAL SCIENCES

AMOUNT OF CO-FINANCING FOR THE INSTITUTE (IN PLN): 9 040 000,00

TOTAL VALUE OF PROJECTS (IN PLN): 9 040 000,00

DATES OF DECISIONS: 2026-03-24

FINANCING INSTITUTION: Ministry of Education and Science

  1. Advanced Permanent Magnet-Free Electric Drive Systems for Marine Applications
  2. Advanced Polish Electric Drive Systems for Highly Specialised Military Applications, Including UAVs
  3. Methods for Investigating Degradation of Metallic Materials in Hydrogen Environments for Transmission and High-Temperature Applications
  4. Functional Coatings for Electric Drive Components in Defence Applications: Material Selection, Manufacturing Technologies, Structural Characterisation and Service Performance
  5. Sustainable Energy Transition in Metallurgy: Life Cycle Assessment (LCA) of Alternative Fuels in Metallurgical Processes
  6. Investigation of Friction Welding and Resistance Welding Technologies for Reduced Energy Consumption, Industrial Deployment, and Circular Economy Strategies in Welding Engineering
  7. Development of Advanced Welding Technologies for Nuclear Energy Applications
  8. Modernisation of Induction Heating Equipment with Advanced Design Methodologies, Automation, and Process Control for Defence Manufacturing Applications
  9. Low-Emission Steel Production Technologies Using Industrial Waste and Alternative Hydrogen Carriers
  10. Tailoring the Microstructure and Properties of Layered Materials for Specialised Applications, Particularly in the Defence Industry

Year 2025

SUBSIDY GRANTED ON THE BASIS OF:

ACT ON HIGHER EDUCATION AND ACT ON THE ŁUKASIEWICZ RESEARCH NETWORK AND CODE OF ADMINISTRATIVE PROCEDURE

TASK:
RESEARCH AND DEVELOPMENT WORKS IN THE FIELD OF TECHNICAL SCIENCES

AMOUNT OF CO-FINANCING FOR THE INSTITUTE (IN PLN): 7 980 500,00

TOTAL VALUE OF PROJECTS (IN PLN): 7 980 500,00

DATES OF DECISIONS: 13.06.2025, 29.12.2025

FINANCING INSTITUTION: Ministry of Education and Science

  1. Design and Develpomenys of Electric Motors and Drive Systems for Advanced Military Equipment
  2. Development and Testing of Electric Drive Systems for Electromobility and Renewable Energy Generation Systems, with a Particular Focus on Wind and Hydropower Plants
  3. Development of Welding Equipment and Monitoring Systems for Metal Joining Processes
  4. Application of Welding and Related Technologies to Enhance Product Service Life
  5. Development of Material Joining Technologies for Structures Used in the Transportation and Energy Sectors
  6. Hydrogen Storage Systems: Assessment of the Suitability of 904L Steel for Hydrogen Service Applications
  7. Development of an Innovative Austenitic Stainless Steel with High Corrosion Resistance for Use in Boiler Components, Waste Incineration Plants, and Biomass Power Plants
  8. Sustainable Energy Solutions for Metallurgical and Power Generation Processes
  9. Tailoring the Microstructure and Properties of Layered Materials for Specialised Applications, Particularly in the Defence Industry
  10. Hydrogen Metallurgy as a Breakthrough Technology for the Decarbonisation of Steel Production

Year 2024

SUBSIDY GRANTED ON THE BASIS OF:

ACT ON HIGHER EDUCATION AND ACT ON THE ŁUKASIEWICZ RESEARCH NETWORK AND CODE OF ADMINISTRATIVE PROCEDURE

TASK:
RESEARCH AND DEVELOPMENT WORKS IN THE FIELD OF TECHNICAL SCIENCES

AMOUNT OF CO-FINANCING FOR THE INSTITUTE (IN PLN): 8 390 800,00

TOTAL VALUE OF PROJECTS (IN PLN): 8 390 800,00

DATES OF DECISIONS: 23.07.2024

FINANCING INSTITUTION: Ministry of Education and Science

  1. Development, Manufacture and Testing of Diagnostic Instruments for the Assessment of the Technical Condition of Electric Drives
  2. Investigation of Structural Degradation Mechanisms and Hydrogen Embrittlement at Elevated Temperatures
  3. Effect of Alloying Elements on the Microstructure and Properties of Molybdenum Alloys at Elevated Temperatures
  4. Cyclic Creep Testing of Creep-Resistant Steels as an Essential Element in the Assessment of the Exhaustion Level of Power Unit Components Intended for Flexible Operation
  5. Investigation of the Effect of Temperature-Time Parameters and Deformation Parameters on the Microstructure and Properties of Microalloyed and Pearlitic Steels Used for Section Production
  6. Development of a Manufacturing Technology for Nanobainitic Armour Steel Plates with Improved Ductility and Weldability Compared with Currently Available Grades
  7. Optimisation of the Solidification Microstructure of Alloy Steel Castings Leading to Improved Ductility at Sub-Zero Temperatures
  8. Development of Chemical Composition and Heat Treatment Parameters for Thin-Walled Structural Steel Castings Intended for the Defence Industry
  9. Development of a New Methodology for Corrosion Testing of Materials for Hydrogen Applications in a Steam Atmosphere
  10. Assessment of the Decarbonisation Potential of Integrated Steel Production through the Use of Hydrogen as a Reducing Agent for Iron-Bearing Materials, with Particular Emphasis on Production Waste
  11. Development of a Method for the Determination of Metallic Iron for Iron Reduction Process Control
  12. Revalidation of Analytical Procedures for Steel Testing by Spark Optical Emission Spectrometry
  13. Validation of a Method for Determining the Chemical Composition of Aluminium Alloys by Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES)
  14. Improvement of Quality Management Systems in Accordance with PN-EN ISO/IEC 17025, PN-EN ISO 9001, PN-EN ISO/IEC 17024, PN-EN ISO IEC 17021, PN-EN ISO 17065 at Łukasiewicz Research Network – Upper Silesian Institute of Technology
  15. Comparative Technical and Economic Analysis of Low- and Zero-Emission Steel Production Technologies and Assessment of Their Implementation Potential under National Conditions
  16. Advanced Computational Modelling Methods for the Analysis of the Stability of Creep-Resistant Steels and Alloys Used in the Power Industry under Operating Conditions
  17. Modelling and Numerical Analysis of the Tensions Levelling Process for Steels with Enhanced Atmospheric Corrosion Resistance
  18. Reduction of Noise Generated by Traction Motors
  19. E-KIT Series of Electric Boat Propulsion Systems
  20. Determination of the Creep Resistance of New Cobalt-Based Superalloys Intended for Aerospace and Power Industry Applications
  21. Development of a Methodology for Testing the Resistance of Steel Products to Hydrogen Environments Based on Materials Intended for Transmission Pipelines
  22. Robotisation and Mechanisation of Advanced Welding and Surfacing Technologies
  23. Development of Research Methods for Determining the Effect of Hydrogen on the Mechanical Properties and Microstructure of Metal Alloys and Their Welded Joints
  24. Comparison of Computerised Strain-Control Systems in a Newly Acquired Mechanical Testing Machine
  25. Technological Investigations of Friction Welding, Resistance Welding and Adhesive Bonding of Selected Steel Grades and Aluminium Alloys for Defence and Transport Applications
  26. Stress Corrosion of Amorphous and Nanocrystalline Magnesium Alloys for Biomedical Applications
  27. Development of Industrial Electronics Devices and Vibration Stabilisation Systems
  28. Testing and Implementation of a Mass Spectrometry-Based Off-Gas Analysis System for the Reduction of Iron Oxides in a Hydrogen Atmosphere
  29. Analysis of the Effect of Laser, Hybrid and Arc Welding of Corrosion-Resistant Steels on Welding Fume Emissions, Chemical and Phase Composition, and Morphology
  30. Research and Development of Laser and Electron Beam Welding Technologies for Selected Metal Alloys
  31. Traction Motor with a High-Performance Cooling System
  32. Analysis of the Operational Properties of Induction Motors Used in Naval Applications
  33. Electric Drives for Special Applications
  34. Development of Material Characteristics for Advanced Power Industry Materials Operating Under Creep Conditions
  35. Improvement of the Wear Resistance of Steel by Powder Rolling of High-Hardness Particles
  36. Development of Non-Destructive Testing Methods for Industrial Products, Including Manually Laser-Welded Joints and Austenitic Steel Joints
  37. Investigation of the Possibility of Determining Chlorine Using a Chloride Ion-Selective Electrode in Steelmaking Slags and Dusts
  38. Assessment of the Possibility of Using Waste-Derived Fuels in Iron Metallurgy Processes Based on the Iron Ore Sintering Process

Year 2023

SUBSIDY GRANTED ON THE BASIS OF:

ACT ON HIGHER EDUCATION AND ACT ON THE ŁUKASIEWICZ RESEARCH NETWORK AND CODE OF ADMINISTRATIVE PROCEDURE

TASK:
RESEARCH AND DEVELOPMENT WORKS IN THE FIELD OF TECHNICAL SCIENCES

AMOUNT OF CO-FINANCING FOR THE INSTITUTE (IN PLN): 9,288,900.00

TOTAL VALUE OF PROJECTS (IN PLN): 9,288,900.00

DATES OF DECISIONS: 28.06.2023, 06.12.2023, 08.12.2023

FINANCING INSTITUTION: Ministry of Education and Science

  1. Studies on the microstructure and hardness of joints after rotational friction welding tests of experimental nanostructured steel with commercial steels grades S355 and C45
  2. Development of training in the field of testing mechanical properties and structure
  3. Noise reduction of traction motors
  4. System of design solutions for the design of electric motors with increased power density for electromobility applications
  5. Development and improvement of new algorithms to increase the rate and improve the accuracy of numerical calculations
  6. Micro-segregation of the chemical composition in AHSS steels and its impact on the precipitation processes of MX-type carbides and nitrides, the state of non-metallic precipitation and the anisotropy of mechanical properties
  7. Innovative technical solutions for the meat industry – design, manufacture and commercialisation of meat cutting saws
  8. Validation of the method for the determination of fluorine in steel slags and dusts using a fluoride ion-selective electrode
  9. Development of technology for the production of abrasion-resistant layers in electrical connections made of copper and its alloys
  10. Identification of the possibility of using metallic powders of aluminium and titanium alloys used in 3D printing for the production of reference materials
  11. Selection and testing of technological conditions of resistance welding of heteronymous joints for the automotive industry
  12. Development of friction welding technology for nanobainitic steels
  13. Development of a methodology for the coulometric determination of total carbon, free carbon and carbides in raw materials for the metallurgical and ceramic industries
  14. Development of a procedure for verification of numerical models of welding processes in terms of remaining stresses
  15. Development of construction and technology of copper rotor cages for low-power machines
  16. Development of the concept and preparation of the software layer for the implementation of research related to the superior control optimising the load of phases in the Creep Test Laboratory
  17. Structure and properties of austenitic SUPER 304H steels after long-term operation in creep conditions used in modern power engineering
  18. Studies on eigenstress in bonded joints using a modern portable X-ray stress analyser
  19. Application of the CALPHAD method to analyse the impact of chemical composition and operation conditions on the stability of modern materials used in the power industry
  20. Extension of the research capabilities of the semi-industrial LPS-B line in the field of regulated cooling of profiles with various cross-sections
  21. Examination of the influence of heat treatment parameters on the microstructure and mechanical properties of a new grade variant of nanobainitic steel
  22. Improving the accuracy of analysis of the chemical composition of nickel alloys for the aerospace industry using instrumental methods
  23. Development of the concept of innovative, layered auxiliary materials in the form of granules with additional functionalities intended for metallurgy
  24. Analysis of the use and characteristics of corrosion-resistant steels in the production of welded structures and testing the impact of the technological conditions of hybrid laser-arc welding (HLAW) of heat-resistant steels on the emission volume and chemical composition of dust
  25. Development of a comprehensive method of testing the strength properties of biomedical materials using the Gleeble simulator
  26. Development, construction and testing of a prototype system, patented by Łukasiewicz-KOMEL, for generating electricity from small hydroelectric power plants
  27. Development of high-strength steel arc welding technology at a new robotic station
  28. Predictive solar energy storage management system
    Innovative and fully automatic voltage regulation system in low-voltage power networks
  29. Development of preliminary technological conditions for surface treatment using a concentrated beam of energy for the forced mechanism of material destruction
  30. Development of induction heating devices Development of a hardware interface for the Raspberry Pi controller and a new system for triggering high-power SiC transistors
  31. Modernisation and adaptation of a station for measuring the size of electrical welding equipment intended for didactic purposes
  32. Influence of surface preparation of sheet metal from selected aluminium alloys on the strength of adhesive joints and analysis of the structure of FSW joints made of EN AW-6082 alloy
  33. Technological testing using a new multi-beam single-mode fibre laser
  34. Analysis of the durability of the Inconel 800HT superalloy after long-term exposure to the temperature and stress recommended for use in the petrochemical and power industry
  35. Shaping the microstructure and performance of layers hardfaced on a nickel matrix with the addition of reinforcing particles of titanium diboride and tungsten carbide
  36. Studies and development of welding technology using selected methods of ultra-strong nanostructured steels
  37. MAX-type phase protective coatings for light alloys produced using 3D printing methods used in the aerospace industry
  38. Development of heat-resistant austenitic cast steel with a high Al content intended for long-term operation at temperatures above 1000 degrees Celsius and the technology of its smelting, heat treatment of castings and welding
  39. Electric drives of vessels with monitoring and control system
  40. Detection of discontinuities using the UT ultrasonic method of thin-walled welded pipe joints
  41. Identification and validation of a stochastic model describing the evolution of microstructural parameters and phase transformations during hot forming with controlled cooling of steel
  42. Assessment of the possibility of using multiphase steels for structural components of noise barriers of the Green Wall type, meeting the requirements of corrosion protection
  43. Testing and implementation of a new test stand for the reduction of iron oxides in the hydrogen atmosphere
  44. Study on creep resistance of steel joints for power engineering welded using an electron beam
  45. Studies on the influence of thermal and mechanical loads on the degradation of the microstructure at elevated temperature
  46. Development of assumptions for a special motor in a non-magnetic housing

Year 2022

SUBSIDY GRANTED ON THE BASIS OF:

ACT ON HIGHER EDUCATION AND ACT ON THE ŁUKASIEWICZ RESEARCH NETWORK AND CODE OF ADMINISTRATIVE PROCEDURE

TASK:
RESEARCH AND DEVELOPMENT WORKS IN THE FIELD OF TECHNICAL SCIENCES

AMOUNT OF CO-FINANCING FOR THE INSTITUTE (IN PLN): 6,758,878.21

TOTAL VALUE OF PROJECTS (IN PLN): 6,758,878.21

DATES OF DECISIONS: 07.04.2022, 04.05.2022, 09.05.2022

FINANCING INSTITUTION: Ministry of Education and Science

  1. Reduction of iron ore in the atmosphere with different hydrogen content
  2. Chemical composition standards for the control of metallic powders used in 3D printing
  3. Study on the possibility of determining fluorine in steel slags and dusts using a fluoride ion-selective electrode
  4. Determination of the phase composition of new superalloys on the CoAlMoNb, CoNiAlMoNb, CoNiAlCrMoNb and CoNiAlMoNbTi cobalt matrix
  5. Application of microwave mineralisation in the preparation of sinter samples for chemical composition tests using the ICP OES method
  6. Development of plastic processing and heat treatment parameters decisively affecting the structure and mechanical properties of 18NiMoCr3-6 steel products containing microsupplement V, Ti and/or Nb
  7. Modal analysis of changes occurring in structures subjected to vibratory stabilisation
  8. Innovative and fully automatic voltage regulation system in low-voltage power networks
  9. Development of a method for the determination of elements from the platinum group using the WD XRF technique for the automotive industry
  10. Influence of straightening parameters on the structure and stress level of rods subjected to heat treatment
  11. Identification and validation of a stochastic phase transition model during controlled steel cooling
  12. Effect of kinetic treatment on fatigue strength of welded steel joints in various grades
  13. Development and implementation of systems for electricity generation from small hydroelectric power plants
  14. Development of a quadcopter drone drive concept
  15. Studies on structure degradation under conditions of thermomechanical fatigue at ultra-high temperature for materials used in the space industry
  16. Studies on the possibility of obtaining heteronymous joints using an electron beam
  17. Development of continuous heat treatment diagrams for the production of welded pipes made of Cp and DP multiphase steels
  18. Study and analysis of structures and numerical analysis of EN AW-6082 FSW aluminium alloy joint stresses
  19. Identification of mathematical models describing the functioning of selected components of the Creep Test Laboratory to develop algorithms for superior load control of phases of the electrical supply system
  20. Studies on the correlation between the technological conditions of laser and hybrid welding of stainless steels and the morphology of dust
  21. Technological studies of submerged arc welding of heat-treated steel
  22. Examination of the maximum share of iron-bearing sludges in the production of blast furnace sinter with optimisation of process parameters in technological, economic, and environmental aspects
  23. Metallographic and physicochemical studies on semi-finished products and steel products coated with a protective coating before plastic working
  24. Development of the impact of laser welding and hybrid welding technology on the strength and corrosion resistance of Sanicro 38/4L7 and 3R12/4L7 composite pipes
  25. Development of the methodology for PAUT ultrasonic testing of welded joints with fillet welds
  26. Reduction of eddy-current losses in permanent magnets in high power density motors – simulation and experimental studies
  27. Analysis of technical and technological aspects of hydrogen technologies for the production of iron-bearing charge for the EAF furnace
  28. Non-destructive testing of welded joints of selected materials for the power industry (NDT)
  29. Studies on the degradation of structure and properties at elevated temperature of new alloys based on intermetallic phases obtained using incremental methods (3D printing)
  30. Modernisation of the functionality of the hybrid system for vibration stabilisation of the structure
  31. Integrated electric drives of vessels with monitoring and control system

Year 2021

SUBSIDY GRANTED ON THE BASIS OF:

ACT ON HIGHER EDUCATION AND ACT ON THE ŁUKASIEWICZ RESEARCH NETWORK AND CODE OF ADMINISTRATIVE PROCEDURE

TASK:
RESEARCH AND DEVELOPMENT WORKS IN THE FIELD OF TECHNICAL SCIENCES

AMOUNT OF CO-FINANCING FOR THE INSTITUTE (IN PLN): 5,079,274.30

TOTAL VALUE OF PROJECTS (IN PLN): 5,079,274.30

DATES OF DECISIONS: 30.04.2021

FINANCING INSTITUTION: Ministry of Education and Science

  1. Development of a method for the determination of high silicon concentrations in cast iron and steel using optical emission spectrometry with excitation in inductively coupled plasma
  2. Method of detection of phenomena related to the occurrence of shaft currents and voltages in electrical machines
  3. New chemical composition standards for high and medium alloy steels for quality control in the steel industry. Phase 2
  4. Amendment of the analytical programmes of ZSX Primus 2 X-ray spectrometer designed to determine the chemical composition of alloy steels
  5. Assessment of the possibility of coking fine coke fractions for the iron ore sintering process
  6. Development of software for mass and energy balancing of a modern electric arc furnace (EAF)
  7. Studies on the impact of acoustic treatment on the solidification structure and physicochemical properties of alloyed steels
  8. Development of electron beam welding and vibratory stress relief technology for aluminium alloy electric motor components
  9. Development of a VMU (vehicle management unit) computer software
  10. Analysis of the basics of kinetics and thermomechanics of the process of galvanising waste in the sintered layer of sinter mix
  11. Determination of heat treatment parameters of welded pipes made of CP and DP multiphase steels
  12. Noise reduction of traditional motors
  13. Studies on the production of steel using hydrogen
  14. Examination of the surface heat treatment process in terms of fatigue life
  15. Shaping the microstructure and selected mechanical properties of high-strength flat bars clad on one side in a single-stage hot rolling process with annealing under isothermal conditions
  16. Development of new calculation algorithms for electrical machines with permanent magnets and DC machines
  17. Studies on eigenstress in industrial products using a modern portable X-ray stress analyser
  18. Studies on plasma-MAG hybrid welding technology for high-performance joining of high-strength steel with high ballistic resistance
  19. Optimisation of documentation and technology in the production of 3-phase synchronous generators with permanent magnets of 132 mm mechanical lift
  20. Characteristics of innovative welded coatings containing oxide, carbide and boride phases
  21. Diagnostic studies on corrosion resistance of EN AW-6082 aluminium alloy joints, friction welded using the FSW method
  22. Creep resistance of modern THOR 115 steel
  23. Studies on surface modification processes through laser hardening and laser hardfacing with wire of steel components for thermal improvement and tool steel
  24. Development and construction of a line for making powder wire with a diameter of 1.2 mm and the development of weld metal for MAG welding of structural steel with a yield strength of 1300 MPa
  25. Ecological assessment of the laser and hybrid-laser arc welding of corrosion-resistant steels with an austenitic microstructure
  26. Influence of chromium and titanium on the microstructure and selected properties of new high-temperature superalloys on cobalt matrix reinforced with L12 phase
  27. Verification of the new method and tests of heat-resistant alloys under corrosive conditions and mechanical loads
  28. Determination of the probability of detecting discontinuities in selected volumetric non-destructive testing techniques used to test thin-walled pipe joints for the power industry
  29. Technological studies of arc welding (TIG and PTA) and laser beam welding of HPASS steel pipe butt joints
  30. Studies on the structure degradation process under the conditions of synergistic impact of thermomechanical fatigue and high-temperature creep for materials produced in a conventional way and with the use of additive technologies
  31. Development of a programmable controller for induction heating devices
  32. Modern and lightweight designs of electric drives (e-mobile) and power generation systems (renewable energy)

Year 2020

SUBSIDY GRANTED ON THE BASIS OF:

ACT ON HIGHER EDUCATION AND ACT ON THE ŁUKASIEWICZ RESEARCH NETWORK AND CODE OF ADMINISTRATIVE PROCEDURE

TASK:
RESEARCH AND DEVELOPMENT WORKS IN THE FIELD OF TECHNICAL SCIENCES

AMOUNT OF CO-FINANCING FOR THE INSTITUTE (IN PLN): 6,116,227.94

TOTAL VALUE OF PROJECTS (IN PLN): 6,127,700.00

DATES OF DECISIONS: 18.06.2020, 25.06.2020, 30.06.2020, 20.10.2020

FINANCING INSTITUTION: Ministry of Science and Higher Education

  1. Assessment of the degree of exhaustion of the material of steam turbine rotors made of low-alloy three-component Cr-Mo-V steel after operation for a time significantly exceeding the designed time. Phase 4 (Part 1)
  2. Production technology and mechanical properties of a new steel grade for fragmenting bodies
  3. Examining the possibility of removing tin and arsenic from iron ore, scrap and steel in the light of the latest state of the art in metallurgy
  4. Development of an archive of performed thermal imaging tests in 1999-2020 in order to select topics for continuation of research for commercial purposes and to support applications for new research projects
  5. Technology for the production of special electrical machines, including for military applications
  6. Innovative technology to improve the original structure of an ingot cast from ultra-durable structural steels by means of ultrasonic treatment. Part 2
  7. New chemical composition standards for high and medium alloy steels for quality control in the steel industry. Phase 1
  8. Development of technology for the production of macro-composite flat bars, consisting of layers of nanostructured steel with ultra-high strength in the hot rolling process
  9. Automation of the methodology for testing non-metallic inclusions and precipitates in the structure of steel products
  10. Studies on iron speciation in iron -bearing waste
  11. Analysis of available, low-emission and CO2-free steel production technologies, considering the broad background of technical and economic conditions in the aspect of Ł-IMŻ’s participation in EU HE projects within and identification of possibilities
  12. Hafnium modification of NiAl and Ni3Al alloys used in the aerospace industry
  13. Development of a method for the determination of oxygen, nitrogen and sulphur in powders used in 3D printing technology
  14. Electron beam soldering and brazing
  15. Numerical FEM analysis of the influence of the geometry of the welding groove and selected welding incompatibilities on the state of stresses in the area of welded joints and deformations of welded components
  16. Development of a friction welding process with mixing of the weld material conducted at high welding rates, useful in production applications
  17. Development of a procedure for testing the weldability of concrete reinforcement bars made of high-strength steels with a yield strength above 500 MPa
  18. Evaluation of the possibility of using biomass carbonisate as a replacement for solid fuel parts in the sintering of iron ores
  19. Development of an experimental station and research methodology for testing dust and chemical compounds emissions during laser welding processes
  20. Development of the basics of the new methodology for testing heat-resistant alloys under corrosive conditions and mechanical loads
  21. Impact of long-term temperature and stress on the change in the microstructure and performance properties of selected austenitic steels used in modern power engineering
  22. Methodology and assessment of the reliability of the examination of welded joints of thin-walled pipes for the power industry using the ultrasonic Phased Array technique
  23. Studies and evaluation of the possibilities of increasing the efficiency and improving the quality of joints made using hybrid-laser arc welding with a universal hybrid head and the technique of bevel stitch welding
  24. Assessment of the technological weldability of HPASS steel on the example of welding pipe joints made of 254 SMO steel using the low-energy CMT and TIG methods
  25. Investigation of fatigue crack propagation mechanisms in weld areas of multiphase steel rails
  26. Influence of alloying elements on the microstructure and selected properties of new high-temperature superalloys on cobalt matrix reinforced with L12 phase
  27. Studies on weldability and development of semi-automatic and hybrid-laser arc welding of modern national armoured plates with high ballistic resistance
  28. Development and studies on high-frequency induction heating converter components with new silicon carbide semiconductor devices
  29. “Lemok” – Light Electric Motor of KOMEL
  30. Studies on structural degradation processes under the synergistic influence of thermomechanical fatigue and creep at ultra-high temperature for materials produced using the additive manufacturing method

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