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24. A study of motivational strategies in arts activities for preschool children in special education unitsBarbara Kopačin, Ana Kovačič, Eda Birsa, 2026, izvirni znanstveni članek Opis: Among preschool children with special educational needs, art can open additional pathways to expression, safe exploration and experimentation, and it can foster motivation for creation. The purpose of the study was to determine which strategies educators in developmental departments use to encourage the active participation of preschool children in artistic activities (RQ1), and how motivation is expressed among these children during artistic creation (RQ2). A qualitative methodology was employed, using semi-structured interviews and observations of preschool children during interdisciplinary artistic activities. The results showed that educators use diverse and tailored strategies, such as linking art with play, taking children’s interests into account, and creating a supportive and safe environment. Musical activities proved particularly effective, as they stimulated intrinsic motivation and acted as a bridge to visual/artistic expression. Children’s motivation manifested itself in active engagement, curiosity and persistence, especially in activities that allowed for choice and sensory-adapted approaches. The findings emphasise the importance of individualisation, a process-oriented approach and interdisciplinarity for fostering intrinsic motivation in children with special needs.The study originally examines the integration of musical and visual activities as a strategy for promoting the motivation of preschool children with special needs in developmental departments. In doing so, it opens up a new research and pedagogical area and offers practical guidelines for encouraging motivation through the effective incorporation of interdisciplinary approaches into special-educational practice.
Ključne besede: artistic activities, visual arts, music education, interdisciplinary integration, motivation, developmental department, preschool children
Objavljeno v RUP: 09.01.2026; Ogledov: 92; Prenosov: 4
 Celotno besedilo (469,39 KB)
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25. Thermal energy storage and leakage prevention of phase change materials via one-step impregnation and in-situ polymerization process in hardwoodJakub Grzybek, Gabriel Zsembinszki, Emiliano Borri, Alina Meindl, Zuzana Paschová, Alexander Petutschnigg, Luisa F. Cabeza, Thomas Schnabel, 2026, izvirni znanstveni članek Opis: Wood is a versatile material widely used in building construction, but its low thermal mass limits its ability to regulate indoor temperatures and mitigate thermal load peaks. Phase change materials are effective at storing thermal energy, but when impregnated into wood, they leak out, compromising performance and restricting their use in buildings. This study introduces a novel one-step impregnation process combined with in-situ polymerization using furfuryl alcohol and a capric-stearic acid phase change material mixture to create a sustainable material for thermal energy storage. Various formulations were tested on European beech (Fagus sylvatica L.) to evaluate effectiveness of the approach. The results confirm that this method successfully prevents phase change material leakage. Moreover, differential scanning calorimetry and nuclear magnetic resonance verified that phase change materials retain their thermal energy storage functionality, with no chemical cross-linking between the phase change materials and furfuryl alcohol. The treated wood showed up to 185 % higher thermal energy storage capacity, enhanced dimensional stability (anti-swelling efficiency up to 87 %), and 28 % higher compressive strength than untreated wood. It is a step towards sustainable, multifunctional, leakage-free, enhanced mechanical properties, improved dimensional stability wood for thermal energy storage for building applications, with potential for further optimisation and characterisation.
Ključne besede: bio-based materials, fatty acid, furfuryl alcohol, sustainable building materials, wood modification, phase change materials
Objavljeno v RUP: 09.01.2026; Ogledov: 74; Prenosov: 3
Celotno besedilo (12,99 MB)
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