Assoc. Prof. Dr. Inga SkiedraitΔ is a leading researcher in mechanical engineering, specializing in advanced materials, smart manufacturing, and mechatronic systems βοΈ. She earned her Ph.D. from Kaunas University of Technology, Lithuania π, and conducted additional research at Gifu University, Japan π. Her work focuses on nanostructured composites, vibration damping, and precision machining ποΈ. She has published over 40 research papers π, secured multiple research grants π°, and holds several patents π. Her contributions to high-precision engineering and interdisciplinary research make her a prominent figure in the field π.
Assoc. Prof. Dr Inga Skiedraite, Kaunas University of Technology, Lithuania
Profile
ORCID
SCOPUS
Education π
Dr. Inga SkiedraitΔ holds a Doctoral Degree in Engineering from Kaunas University of Technology, Lithuania (1999) π«. She further pursued advanced research at Gifu University, Japan, earning a Doctor of Philosophy in Engineering in 2001 π. Her academic journey has been instrumental in shaping her expertise in mechanical engineering, advanced materials, and smart manufacturing βοΈ. With an international research background, she has contributed significantly to the fields of materials characterization and precision machining, positioning herself as a global expert in interdisciplinary engineering research π¬π.
Experience π«
Dr. Inga SkiedraitΔ is an Associate Professor at Kaunas University of Technology, Lithuania ποΈ, where she specializes in mechanical engineering, materials science, and advanced manufacturing technologies βοΈ. With years of academic and research experience, she has played a key role in developing high-precision machining techniques and innovative mechatronic systems ππ‘. Her contributions extend to international collaborations, industry partnerships, and mentoring young researchers ππ. As a dedicated educator and scientist, her work continues to shape the future of smart manufacturing, materials characterization, and precision engineering ππ§.
Research Projects π
Dr. Inga SkiedraitΔ has led groundbreaking research projects in advanced materials and precision machining π―βοΈ. Her project on Application of High-Concentrated Energy Flows for Producing Nanostructured Polyfunctional Composite Materials (NAPOCOM) (2022β2023) focused on enhancing material properties at the nanoscale for multifunctional applications ποΈπ. Additionally, her work on the Comprehensive System of Functional-Oriented Planning of Machining Difficult-to-Cut Materials for the Military-Industrial Complex (2022β2023) aimed at optimizing machining processes for high-performance engineering materials π οΈπ¬. These projects showcase her expertise in smart manufacturing and materials innovation ππ‘.
Patents π
Dr. Inga SkiedraitΔ has made significant contributions to innovation in precision measurement, quality control, and medical device technology π‘βοΈ. Her patent JP2004251788 (2004) introduced a Shape Measuring System and Method for examining objects with high precision ππ. She developed a Quality Control System for Processed Surfaces (LT5534, 2008) to enhance industrial manufacturing standards π οΈβ
. Her Ultrasonic Transducer Tool Jaw (LT5586, 2009) improved machining efficiency through advanced vibration technology π‘π§. Additionally, her medical patents (LT5727, LT5769, 2011) focused on internal blood vessel cleaning devices, advancing healthcare solutions ππ₯.
Research Focus π¬
Dr. Inga SkiedraitΔβs research focuses on advanced materials, mechanical behavior, and smart engineering systems ποΈπ. She explores negative Poissonβs ratio structures, optimizing their mechanical performance for aerospace and industrial applications ππ§. Her work on micro-vibration attenuation enhances stability in composite structures, crucial for precision engineering πβοΈ. She investigates magnetic field effects on friction and Halbach array-based magnetic drug delivery devices, integrating materials science with medical technology π₯π¬. Additionally, her studies on railway track junction dynamics contribute to improved transport safety ππ€οΈ. Her interdisciplinary research advances mechanical engineering and materials science globally.
Publications π
R&D of the Device for Blind to Conceive 2D Graphical Information π¦―π²
π Journal of Vibroengineering, 2012
βοΈ Authors: BanseviΔius, R.; DragaΕ‘ius, E.; MaΕΎeika, D.; Jurenas, V.; SkiedraitΔ, I.; Ε½vironas, A.
Modeling of Electromagnet for Application in Nanofinishing of Internal Tubular Surfaces Using Ferrofluid and Rotating Magnetic Field System π§²π
π Journal of Vibroengineering, 2010
βοΈ Authors: Ε ileika, K.; SkiedraitΔ, I.
Behaviour of Fe-Nanoparticles in Magnetic Field βοΈπ§²
π Journal of Vibroengineering, 2009
βοΈ Authors: Ε ileika, K.; SkiedraitΔ, I.; Bubulis, A.; Ragulskis, K.
Experimental Determination of Grain Quality Parameters πΎπ
π Journal of Vibroengineering, 2009
βοΈ Authors: Vadluga, J.; SkiedraitΔ, I.; Bubulis, A.
Acoustic Investigation of Glass Cutting Process ππͺ
π VIBROENGINEERING 2008 – Proceedings of 7th International Conference
βοΈ Authors: Kondratas, A.; Sutkute, V.; Jurenas, V.; SkiedraitΔ, I.
Applications of High-Frequency Vibrations for Surface Milling π§β‘
π Mechanika, 2008
βοΈ Authors: GraΕΎeviΔiute, J.; SkiedraitΔ, I.; Jurenas, V.; Bubulis, A.; OstaΕ‘eviΔius, V.
Development and Testing of Navigational Mechanism of Mini-Satellite π°οΈβοΈ
π VIBROENGINEERING 2008 – Proceedings of 7th International Conference
βοΈ Authors: Bagajevas, A.; Bubulis, A.; SkiedraitΔ, I.