E.O. Paton Education and Research Institute of Materials Science and Welding

List of State-Funded Research Topics at the E.O. Paton Institute for Materials Science and Welding

2024-2026

1. Scientific Foundations of Ultrasonic Impact and Additive Technologies for the Manufacture of High-Load UAV Components with Improved Range
   Supervisor: Prof. S.M. Voloshko, Department of Physical Materials Technology and Welding (FMTW)

2. Physicochemical Foundations for Controlling the Structure and Properties of Self-Reinforced Metal-Ceramic Composites to Enhance the Reliability of High-Temperature Aircraft Engine Components
   Supervisor: Prof. O.I. Yurkova, Department of High-Temperature Materials and Powder Metallurgy (HTMPM)

3. Smart Nanoscale Materials for Flexible Sensors for Mobile Non-Destructive Monitoring of Critical Aircraft Structure Elements
   Supervisor: Prof. I.O. Kruglov, Department of Physical Materials Technology and Welding (FMTW)

2023-2025

1. Development of Technological Foundations for Structural Elements of Shaped Charges with Enhanced Efficiency Using Composite Powders of Refractory Metals
   Supervisor: Prof. P.I. Loboda, Department of High-Temperature Materials and Powder Metallurgy (HTMPM)

2. Nanoscale Ordered CoPt-Based Materials: Diffusion Formation and Magnetic Properties
   Supervisor: Prof. I.A. Vladimirskiy, Department of Physical Materials Technology and Welding (FMTW)

3. Biodegradable Powder Materials for Orthopedics and Effective Rehabilitation of Injured Patients
   Supervisor: Prof. T.O. Solovyova, Department of High-Temperature Materials and Powder Metallurgy (HTMPM)

2022-2024

1. High-Temperature Composite Ceramic Materials Reinforced with High-Entropy Alloys Based on Transition Metal Borides
   Supervisor: Prof. Yu.I. Bohomol, Department of High-Temperature Materials and Powder Metallurgy (HTMPM)

2. Formation of Ordered Nanostructures FePd and FePt(Pd) for Functional Elements in Spintronics, Sensor Technology, and Magnetic Data Storage
   Supervisor: Prof. Yu.M. Makohon, Department of Physical Materials Technology and Welding (FMTW)

2021-2023

1. Low-Temperature Formation of Nanoscale Thin Film Materials with Shape Memory Effect for Modern Microelectromechanical Systems (MEMS)
   Supervisor: Prof. A.K. Orlov, Department of Physical Materials Technology and Welding (FMTW)

2. Physical Foundations for Creating Framework Metal-Ceramic Composites with Submicron Grain Size to Ensure Extremely High Ballistic Characteristics
   Supervisor: Prof. Yu.I. Yurkovа, Department of High-Temperature Materials and Powder Metallurgy (HTMPM)

3. Development of Technology for Rapid Sintering of Submicron-Grain Metal-Ceramic Materials
   Supervisor: Prof. Ye.V. Solodkyi, Department of High-Temperature Materials and Powder Metallurgy (HTMPM)

4. Structural-Phase Mechanisms for Controlling the Surface Properties of Structural and Functional Alloys via Combined Thermal, Ionic, and Deformation Treatments
   Supervisor: Prof. S.M. Voloshko, Department of Physical Materials Technology and Welding (FMTW)