George Florentin Tamas
Current Organizations / Institutes
The organizations/institutes from the scholar's latest article
George Florentin Tamas has a total of 9 co-authors. Here are the top co-authors by number of shared publications:
- Mariana Ratiu
Department of Mechanical Engineering and Automotive, University of Oradea, 410087 Oradea, Romania
2 shared publications - Ana Cornelia Pereș
Department of Environmental Engineering, Faculty of Environmental Protection, University of Oradea, Oradea, Romania
1 shared publication - Caius Stanasel
Doctoral School of Engineering Sciences and Technology Transfer Center, University of Oradea, 1 University St, 410087 Oradea, Romania
1 shared publication - Corina Florina Tătar
University of Oradea
1 shared publication - Dorina Camelia Ilieș
Department of Geography, Tourism and Territorial Planning, Faculty of Geography, Tourism and Sport, University of Oradea, 410087 Oradea, Romania
1 shared publication - Emil Traian Gligor
Faculty of Construction, Cadastre and Architecture, University of Oradea, 4 Barbu Stefanescu Delavrancea Street, 410058 Oradea, Romania
1 shared publication
Latest Publications
- Open Access
- 29 October 2026
- Published by MDPI AG in Urban Science
- Vol. 10 (11) , 625
Reaffirming Textile Heritage Through 3D Technologies: Scaled Models of a Traditional Embroidered Blouse from Bihor County, Romania, and Their Potential for Inclusive Urban Cultural Tourism, Museum Management and Community Engagement
Urban heritage museums are increasingly expected to act not only as custodians of collections, but also as visitor attractions, partners of the hospitality sector and platforms for community participation. Textile heritage is particularly difficult to integrate into these roles, because handling, light exposure, microclimatic fluctuations and biological agents accelerate the degradation of fragile fabrics and restrict their display and physical access. This paper examines how 3D laser scanning and its derived products can help reconcile preventive conservation with inclusive urban cultural tourism. A traditional embroidered blouse (ie) from Bihor County was digitised with a hand-guided portable laser scanning system while mounted on a display mannequin to preserve its original volume. Multiangle point clouds were merged into a polygon mesh, and colour deviation maps were used to screen for geometric anomalies that may indicate deformation or wear and that warrant direct conservation inspection. The resulting digital model was used to produce an interactive online 3D model and a reduced-scale 3D-printed tactile replica, complemented by a sign-language presentation video. The case demonstrates that a single digitisation workflow can generate outputs of potential relevance to four stakeholder groups: conservators, museum managers, tourism and hospitality actors, and local communities, including artisans and people with disabilities. The technical workflow and its outputs are demonstrated empirically, whereas their effects on visitors, local communities and management entities were not measured. Based on a qualitative mapping, a conceptual framework linking museum digitisation with destination management, hospitality partnerships and community engagement is proposed; its tourism, accessibility and community benefits remain to be validated with stakeholders in future research.
- 29 October 2026
- Published by MDPI AG in Urban Science
- Vol. 10 (11) , 625
Open AccessReaffirming Textile Heritage Through 3D Technologies: Scaled Models of a Traditional Embroidered Blouse from Bihor County, Romania, and Their Potential for Inclusive Urban Cultural Tourism, Museum Management and Community Engagement
Urban heritage museums are increasingly expected to act not only as custodians of collections, but also as visitor attractions, partners of the hospitality sector and platforms for community participation. Textile heritage is particularly difficult to integrate into these roles, because handling, light exposure, microclimatic fluctuations and biological agents accelerate the degradation of fragile fabrics and restrict their display and physical access. This paper examines how 3D laser scanning and its derived products can help reconcile preventive conservation with inclusive urban cultural tourism. A traditional embroidered blouse (ie) from Bihor County was digitised with a hand-guided portable laser scanning system while mounted on a display mannequin to preserve its original volume. Multiangle point clouds were merged into a polygon mesh, and colour deviation maps were used to screen for geometric anomalies that may indicate deformation or wear and that warrant direct conservation inspection. The resulting digital model was used to produce an interactive online 3D model and a reduced-scale 3D-printed tactile replica, complemented by a sign-language presentation video. The case demonstrates that a single digitisation workflow can generate outputs of potential relevance to four stakeholder groups: conservators, museum managers, tourism and hospitality actors, and local communities, including artisans and people with disabilities. The technical workflow and its outputs are demonstrated empirically, whereas their effects on visitors, local communities and management entities were not measured. Based on a qualitative mapping, a conceptual framework linking museum digitisation with destination management, hospitality partnerships and community engagement is proposed; its tourism, accessibility and community benefits remain to be validated with stakeholders in future research.
- Open Access
- 28 June 2025
- Published by MDPI AG in Sustainability
- Vol. 17 (13) , 5952
Art Nouveau Buildings, Examples of Innovative and Sustainable Approach—Case Study: Oradea, Romania
In the current context, where sustainability, energy efficiency, and reduction of environmental impact are omnipresent themes, the need and interest for conservation, restoration, and reuse of heritage buildings is a topic of real interest. The city of Oradea, engaged in the last decades on the path of a sustainable urban regeneration, has managed to bring back to life part of the valuable Art Nouveau architectural treasure it inherited from previous generations. This paper presents a part of a much wider research and studies on Art Nouveau buildings in Oradea, in the context of the needs arising from the many problems identified with the start of conservation and restoration works. After an introduction on the link between heritage buildings and sustainability and a review of the current context in Oradea related to this topic, one of the emblematic buildings under renovation, the Ullmann Palace, is presented, as well as the results of some physical-mechanical tests carried out. This is followed by some discussions on the innovative and sustainable character of Art Nouveau buildings and the importance of carrying out high-quality conservation and restoration works that are environmentally friendly, safe, and sustainable.
- 28 June 2025
- Published by MDPI AG in Sustainability
- Vol. 17 (13) , 5952
Open AccessArt Nouveau Buildings, Examples of Innovative and Sustainable Approach—Case Study: Oradea, Romania
In the current context, where sustainability, energy efficiency, and reduction of environmental impact are omnipresent themes, the need and interest for conservation, restoration, and reuse of heritage buildings is a topic of real interest. The city of Oradea, engaged in the last decades on the path of a sustainable urban regeneration, has managed to bring back to life part of the valuable Art Nouveau architectural treasure it inherited from previous generations. This paper presents a part of a much wider research and studies on Art Nouveau buildings in Oradea, in the context of the needs arising from the many problems identified with the start of conservation and restoration works. After an introduction on the link between heritage buildings and sustainability and a review of the current context in Oradea related to this topic, one of the emblematic buildings under renovation, the Ullmann Palace, is presented, as well as the results of some physical-mechanical tests carried out. This is followed by some discussions on the innovative and sustainable character of Art Nouveau buildings and the importance of carrying out high-quality conservation and restoration works that are environmentally friendly, safe, and sustainable.