Projects - Faculty of Mechanical Engineering and Design | KTU https://fmed.ktu.edu/projects/ KTU Fri, 15 May 2026 01:37:42 +0000 en-US hourly 1 From Research to Practice: A KTU–TUD Partnership for SME-Centered Tech Transfer https://fmed.ktu.edu/projects/from-research-to-practice-a-ktu-tud-partnership-for-sme-centered-tech-transfer/ Mon, 04 May 2026 23:25:01 +0000 https://fmed.ktu.edu/projects/from-research-to-practice-a-ktu-tud-partnership-for-sme-centered-tech-transfer/ The aim of the project is to establish a long-term partnership between KTU and TUD that goes beyond traditional research cooperation and focuses in particular on knowledge transfer to industry. The focus is on identifying and further developing common areas of expertise, particularly in the fields of digitalization and bioeconomy.

The post From Research to Practice: A KTU–TUD Partnership for SME-Centered Tech Transfer appeared first on Faculty of Mechanical Engineering and Design.

]]> The post From Research to Practice: A KTU–TUD Partnership for SME-Centered Tech Transfer appeared first on Faculty of Mechanical Engineering and Design.

]]> Sustainable Flame Retardancy for Textiles and Related Materials Based on Nanoparticles Substituting Conventional Chemicals (FLARETEX) https://fmed.ktu.edu/projects/sustainable-flame-retardancy-for-textiles-and-related-materials-based-on-nanoparticles-substituting-conventional-chemicals-flaretex/ Thu, 11 Dec 2025 11:44:00 +0000 https://fmed.ktu.edu/projects/sustainable-flame-retardancy-for-textiles-and-related-materials-based-on-nanoparticles-substituting-conventional-chemicals-flaretex/ The post Sustainable Flame Retardancy for Textiles and Related Materials Based on Nanoparticles Substituting Conventional Chemicals (FLARETEX) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Sustainable Flame Retardancy for Textiles and Related Materials Based on Nanoparticles Substituting Conventional Chemicals (FLARETEX) appeared first on Faculty of Mechanical Engineering and Design.

]]> Electrospun Nano-Fibres for Bio Inspired Composite Materials and Innovative Industrial Applications https://fmed.ktu.edu/projects/electrospun-nano-fibres-for-bio-inspired-composite-materials-and-innovative-industrial-applications/ Thu, 11 Dec 2025 11:44:01 +0000 https://fmed.ktu.edu/projects/electrospun-nano-fibres-for-bio-inspired-composite-materials-and-innovative-industrial-applications/ The post Electrospun Nano-Fibres for Bio Inspired Composite Materials and Innovative Industrial Applications appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Electrospun Nano-Fibres for Bio Inspired Composite Materials and Innovative Industrial Applications appeared first on Faculty of Mechanical Engineering and Design.

]]> New Generation Biomimetic and Customized Implants for Bone Engineering https://fmed.ktu.edu/projects/new-generation-biomimetic-and-customized-implants-for-bone-engineering/ Thu, 11 Dec 2025 11:44:02 +0000 https://fmed.ktu.edu/projects/new-generation-biomimetic-and-customized-implants-for-bone-engineering/ The post New Generation Biomimetic and Customized Implants for Bone Engineering appeared first on Faculty of Mechanical Engineering and Design.

]]> The post New Generation Biomimetic and Customized Implants for Bone Engineering appeared first on Faculty of Mechanical Engineering and Design.

]]> Novel Structural Skins: Improving Sustainability and Efficiency through New Structural Textile Materials and Designs https://fmed.ktu.edu/projects/novel-structural-skins-improving-sustainability-and-efficiency-through-new-structural-textile-materials-and-designs/ Thu, 11 Dec 2025 11:44:03 +0000 https://fmed.ktu.edu/projects/novel-structural-skins-improving-sustainability-and-efficiency-through-new-structural-textile-materials-and-designs/ The post Novel Structural Skins: Improving Sustainability and Efficiency through New Structural Textile Materials and Designs appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Novel Structural Skins: Improving Sustainability and Efficiency through New Structural Textile Materials and Designs appeared first on Faculty of Mechanical Engineering and Design.

]]> Nanofibers for the Prevention of Infectious Diseases in Surgical Operations https://fmed.ktu.edu/projects/nanofibers-for-the-prevention-of-infectious-diseases-in-surgical-operations/ Thu, 11 Dec 2025 11:44:04 +0000 https://fmed.ktu.edu/projects/nanofibers-for-the-prevention-of-infectious-diseases-in-surgical-operations/ The post Nanofibers for the Prevention of Infectious Diseases in Surgical Operations appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Nanofibers for the Prevention of Infectious Diseases in Surgical Operations appeared first on Faculty of Mechanical Engineering and Design.

]]> Development of Peat Fibber Based Textiles with Enhanced Flame Retardancy (FRPEAT) https://fmed.ktu.edu/projects/development-of-peat-fibber-based-textiles-with-enhanced-flame-retardancy-frpeat/ Thu, 11 Dec 2025 11:44:05 +0000 https://fmed.ktu.edu/projects/development-of-peat-fibber-based-textiles-with-enhanced-flame-retardancy-frpeat/ The post Development of Peat Fibber Based Textiles with Enhanced Flame Retardancy (FRPEAT) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Development of Peat Fibber Based Textiles with Enhanced Flame Retardancy (FRPEAT) appeared first on Faculty of Mechanical Engineering and Design.

]]> Synergy of Science, Art and Technology for  Innovative Materials Dedicated for Knowledge Driven Environment https://fmed.ktu.edu/projects/synergy-of-science-art-and-technology-for-innovative-materials-dedicated-for-knowledge-driven-environment/ Thu, 11 Dec 2025 11:44:06 +0000 https://fmed.ktu.edu/projects/synergy-of-science-art-and-technology-for-innovative-materials-dedicated-for-knowledge-driven-environment/ The teaching mobility. Intelligent materials and systems are capable to sense and respond to the environment stimuli, such as mechanical, chemical, thermal, electrical, magnetic or other in a predictable and useful manner. So, they can serve as a mean to increase the potentiality of knowledge driven environment over the world.Presented the course Synergy of Science, […]

The post Synergy of Science, Art and Technology for  Innovative Materials Dedicated for Knowledge Driven Environment appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Synergy of Science, Art and Technology for  Innovative Materials Dedicated for Knowledge Driven Environment appeared first on Faculty of Mechanical Engineering and Design.

]]> Advanced Technologies for Textile and Fashion Industry (TEXMODA) https://fmed.ktu.edu/projects/advanced-technologies-for-textile-and-fashion-industry-texmoda/ Thu, 11 Dec 2025 11:44:08 +0000 https://fmed.ktu.edu/projects/advanced-technologies-for-textile-and-fashion-industry-texmoda/ The aim is strengthening of role of higher education in textile and fashion through partnership and transnational cooperation, inter- and trans-disciplinary approaches, innovations and creativity.

The post Advanced Technologies for Textile and Fashion Industry (TEXMODA) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Advanced Technologies for Textile and Fashion Industry (TEXMODA) appeared first on Faculty of Mechanical Engineering and Design.

]]> Bringing New Functions to Wood through Surface Modification https://fmed.ktu.edu/projects/bringing-new-functions-to-wood-through-surface-modification/ Thu, 11 Dec 2025 11:43:59 +0000 https://fmed.ktu.edu/projects/bringing-new-functions-to-wood-through-surface-modification/ The post Bringing New Functions to Wood through Surface Modification appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Bringing New Functions to Wood through Surface Modification appeared first on Faculty of Mechanical Engineering and Design.

]]> Technical Assistance to VATESI in the Field of Decommissioning (Stage 6) – Task 3 “Updated Safety Analysis Report Review Services for the Buffer Storage Facility for Very Low Level (VLL) Radioactive Waste” https://fmed.ktu.edu/projects/technical-assistance-to-vatesi-in-the-field-of-decommissioning-stage-6-task-3-updated-safety-analysis-report-review-services-for-the-buffer-storage-facility-for-very-low-level-vl/ Thu, 11 Dec 2025 11:43:58 +0000 https://fmed.ktu.edu/projects/technical-assistance-to-vatesi-in-the-field-of-decommissioning-stage-6-task-3-updated-safety-analysis-report-review-services-for-the-buffer-storage-facility-for-very-low-level-vl/ The post Technical Assistance to VATESI in the Field of Decommissioning (Stage 6) – Task 3 “Updated Safety Analysis Report Review Services for the Buffer Storage Facility for Very Low Level (VLL) Radioactive Waste” appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Technical Assistance to VATESI in the Field of Decommissioning (Stage 6) – Task 3 “Updated Safety Analysis Report Review Services for the Buffer Storage Facility for Very Low Level (VLL) Radioactive Waste” appeared first on Faculty of Mechanical Engineering and Design.

]]> Technical Assistance to VATESI in the Field of Decommissioning (Stage 6) – Task 1 “Interim Storage Facility for Spent Nuclear Fuel Assemblies” https://fmed.ktu.edu/projects/technical-assistance-to-vatesi-in-the-field-of-decommissioning-stage-6-task-1-interim-storage-facility-for-spent-nuclear-fuel-assemblies/ Thu, 11 Dec 2025 11:43:57 +0000 https://fmed.ktu.edu/projects/technical-assistance-to-vatesi-in-the-field-of-decommissioning-stage-6-task-1-interim-storage-facility-for-spent-nuclear-fuel-assemblies/ The post Technical Assistance to VATESI in the Field of Decommissioning (Stage 6) – Task 1 “Interim Storage Facility for Spent Nuclear Fuel Assemblies” appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Technical Assistance to VATESI in the Field of Decommissioning (Stage 6) – Task 1 “Interim Storage Facility for Spent Nuclear Fuel Assemblies” appeared first on Faculty of Mechanical Engineering and Design.

]]> Centre of Excellence for Cultural and Creative Innovations in Lithuania (INNOCULT) https://fmed.ktu.edu/projects/centre-of-excellence-for-cultural-and-creative-innovations-in-lithuania-innocult/ Thu, 11 Dec 2025 11:43:48 +0000 https://fmed.ktu.edu/projects/centre-of-excellence-for-cultural-and-creative-innovations-in-lithuania-innocult/ The INNOCULT H2020 Teaming Phase 1 project specifically aims to create a Centre of Excellence (CoE) of Creative and Cultural Innovations in Lithuania. The new CoE is targeted to perform research and innovation actions in line with the challenges faced in our country and aimed at promoting participatory culture and socio-cultural engagement of diverse societies […]

The post Centre of Excellence for Cultural and Creative Innovations in Lithuania (INNOCULT) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Centre of Excellence for Cultural and Creative Innovations in Lithuania (INNOCULT) appeared first on Faculty of Mechanical Engineering and Design.

]]> Multifunctional Polymer Composites Doped with Novel 2D Nanoparticles for Advanced Applications (NANO2DAY) https://fmed.ktu.edu/projects/multifunctional-polymer-composites-doped-with-novel-2d-nanoparticles-for-advanced-applications-nano2day/ Thu, 11 Dec 2025 11:43:49 +0000 https://fmed.ktu.edu/projects/multifunctional-polymer-composites-doped-with-novel-2d-nanoparticles-for-advanced-applications-nano2day/ NANO2DAY is aimed to develop novel multifunctional composites with outstanding electronic and mechanical properties by incorporation of novel MXene nanosheets into polymer matrixes. NANO2DAY is a first step in the rational design and systematic exploration of MXene-polymer nanocomposites for wearable electronics and advanced structural components for airspace applications. The overall aim of the project is […]

The post Multifunctional Polymer Composites Doped with Novel 2D Nanoparticles for Advanced Applications (NANO2DAY) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Multifunctional Polymer Composites Doped with Novel 2D Nanoparticles for Advanced Applications (NANO2DAY) appeared first on Faculty of Mechanical Engineering and Design.

]]> Biomaterials and Advanced Physical Techniques for Regenerative Cardiology and Neurology https://fmed.ktu.edu/projects/biomaterials-and-advanced-physical-techniques-for-regenerative-cardiology-and-neurology/ Thu, 11 Dec 2025 11:43:50 +0000 https://fmed.ktu.edu/projects/biomaterials-and-advanced-physical-techniques-for-regenerative-cardiology-and-neurology/ The post Biomaterials and Advanced Physical Techniques for Regenerative Cardiology and Neurology appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Biomaterials and Advanced Physical Techniques for Regenerative Cardiology and Neurology appeared first on Faculty of Mechanical Engineering and Design.

]]> Development and Research of Physical – Mechanical Characteristics and Parameters of Biodegradable Polymer Packaging Materials https://fmed.ktu.edu/projects/development-and-research-of-physical-mechanical-characteristics-and-parameters-of-biodegradable-polymer-packaging-materials/ Thu, 11 Dec 2025 11:43:51 +0000 https://fmed.ktu.edu/projects/development-and-research-of-physical-mechanical-characteristics-and-parameters-of-biodegradable-polymer-packaging-materials/ During the implementation of the project the new partially biodegradable LDPE films having natural additives were proposed and their physical – mechanical properties were investigated. Also the experimental and numerical researches of static and dynamical characteristics were carried out of the packages made from these films. The samples of 8 different partially biodegradable polymeric films […]

The post Development and Research of Physical – Mechanical Characteristics and Parameters of Biodegradable Polymer Packaging Materials appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Development and Research of Physical – Mechanical Characteristics and Parameters of Biodegradable Polymer Packaging Materials appeared first on Faculty of Mechanical Engineering and Design.

]]> Influence of Composition of Nanofibrous Web on the Functional Properties of Textiles https://fmed.ktu.edu/projects/influence-of-composition-of-nanofibrous-web-on-the-functional-properties-of-textiles/ Thu, 11 Dec 2025 11:43:52 +0000 https://fmed.ktu.edu/projects/influence-of-composition-of-nanofibrous-web-on-the-functional-properties-of-textiles/ The aim of the work is the development of theoretical and practical basis for the development of high-tech textile materials with functional properties of nanofibrous web. The following tasks will be solved: – Estimation of physico-chemical properties of polymer-based components for nanofibre web and optimization of composition of forming solutions for the creation of nanoplate […]

The post Influence of Composition of Nanofibrous Web on the Functional Properties of Textiles appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Influence of Composition of Nanofibrous Web on the Functional Properties of Textiles appeared first on Faculty of Mechanical Engineering and Design.

]]> Ornamentation of West Ukrainian and Lithuanian Folk Textile: Universal and Unique Parameters (ORNATEX) https://fmed.ktu.edu/projects/ornamentation-of-west-ukrainian-and-lithuanian-folk-textile-universal-and-unique-parameters-ornatex/ Thu, 11 Dec 2025 11:43:53 +0000 https://fmed.ktu.edu/projects/ornamentation-of-west-ukrainian-and-lithuanian-folk-textile-universal-and-unique-parameters-ornatex/ It will be sheared experience about investigations of folk textile ornamentation in Lithuania and West Ukraine. These investigations include technological, ethnological and artistic-stylistic aspects. Such research is especially important for cultural cooperation of both countries. Universal and unique parameters of folk textile ornamentation of both countries, which have a lot of similar historical relations, will […]

The post Ornamentation of West Ukrainian and Lithuanian Folk Textile: Universal and Unique Parameters (ORNATEX) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Ornamentation of West Ukrainian and Lithuanian Folk Textile: Universal and Unique Parameters (ORNATEX) appeared first on Faculty of Mechanical Engineering and Design.

]]> Additive Manufacturing of Continuous Fibers Reinforced Polymer Composite Materials for High Performance Structural Applications (3D-CFRP) https://fmed.ktu.edu/projects/additive-manufacturing-of-continuous-fibers-reinforced-polymer-composite-materials-for-high-performance-structural-applications-3d-cfrp/ Thu, 11 Dec 2025 11:43:55 +0000 https://fmed.ktu.edu/projects/additive-manufacturing-of-continuous-fibers-reinforced-polymer-composite-materials-for-high-performance-structural-applications-3d-cfrp/ This strategic target is motivated by the limitations that currently exist in the field of 3d printed polymer components, with respect to both available materials sets and technologies, regarding the usage of these materials and components in high performance and reliability applications. The current state of the art of the FFF technology for polymer materials […]

The post Additive Manufacturing of Continuous Fibers Reinforced Polymer Composite Materials for High Performance Structural Applications (3D-CFRP) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Additive Manufacturing of Continuous Fibers Reinforced Polymer Composite Materials for High Performance Structural Applications (3D-CFRP) appeared first on Faculty of Mechanical Engineering and Design.

]]> Inclusive Radio Communication Networks for 5G and beyond (IRACON) https://fmed.ktu.edu/projects/inclusive-radio-communication-networks-for-5g-and-beyond-iracon/ Thu, 11 Dec 2025 11:43:56 +0000 https://fmed.ktu.edu/projects/inclusive-radio-communication-networks-for-5g-and-beyond-iracon/ The post Inclusive Radio Communication Networks for 5G and beyond (IRACON) appeared first on Faculty of Mechanical Engineering and Design.

]]> The post Inclusive Radio Communication Networks for 5G and beyond (IRACON) appeared first on Faculty of Mechanical Engineering and Design.

]]>