Thermal effusivity of different tabletop materials in relation to users’ perception

Loredan, Nastja Podrekar; Lipovac, Dean; Jordan, Sabina; Burnard, Michael David; Šarabon, Nejc

doi:10.1016/j.apergo.2021.103664

Cited by 9 publications

(7 citation statements)

References 33 publications

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“…• Test A: Assessing organoleptic comfort (sight, touch, and smell) with a 3-degree scale (methodology partially inspired by (Podrekar Loredan et al, 2022)). • Test B: Assessing a material acceptance level with a 9-degree scale (methodology inspired by (Lim, 2011)).…”

Section: Proposed Methods Of Likeability Studiesmentioning

confidence: 99%

Proceedings of the XXXth International online conference Research for Furniture Industry 22–23 September 2022 Poznań, Poland

Söğütlü¹

2023

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The XXXth International Conference Research for Furniture Industry was held with the cooperation of Poznan University of Life Sciences-Faculty of Wood Technology, Department of Furniture Design and Gazi University-Technology Faculty, Wood Products Industrial Engineering Department on 22–23 September 2022, in Poznań, Poland. Up to the XXVIth annual conferences were held in Poland. The XXVIIth Conference was organized at Gazi University in Ankara with the participation of valuable scientists from 12 different countries in 2015. The XXVIIIth Conference was organized in Poland. The XXIXth International Conference Research for Furniture Industry was organized in 2019 in Ankara and focused on rapid changes in design, production, and marketing strategies in the Furniture Industry. This event will unite all industrial sectors parallel to the developing and changing world. The conference aimed to enable academics, industry representatives, and students to share their experiences/knowledge in the field of engineering, machinery, manufacturing, management, material science, restoration, and protection and upholstery to meet the increasing consumer demands by diversifying; user-oriented, efficient use of natural resources, environmentally friendly approach, CAD/CAM/CAE, construction, design management, eco-design, ergonomics and anthropometrics, furniture industry, furniture mechanics and so on. The exchange of information and ideas should lead to the formulation of new directions for research activities in such areas and therefore support the furniture industry. An essential aspect of the Conference is to teach and acquaint young scientists (students and Ph.D. students) with the theoretical, experimental, and simulation methods used to explore these systems.

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Section: Proposed Methods Of Likeability Studiesmentioning

confidence: 99%

Proceedings of the XXXth International online conference Research for Furniture Industry 22–23 September 2022 Poznań, Poland

Söğütlü¹

2023

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“…Wood materials have a different perceptual effect on people than other materials because they are natural materials consisting of living organisms. Studies on this subject have shown that wood is warm, friendly, pleasant and preferred in the environment compared to other materials [24][25][26] and the positive effects of the use of natural wood and its smell have been shown to reduce fatigue and depression [27,28].…”

Section: Psychological Effect Of Wood On the Usermentioning

confidence: 99%

The Effect of Wood Veneer Type on the Reduction of Sound Transmission Between Noise-Producing Interior Spaces in Buildings

Erzurum Sonuç,

Dereli

2024

KONJES

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In order to provide auditory comfort indoors, it is necessary to prevent noise generation and transmission. In this respect, coating materials are essential in reducing sound transmission between interior spaces in noise-generating buildings. Wood is one of the most widely used materials for interior walls and floor coverings. Wood cladding materials can reduce noise transmission. However, the wide variety of types of wood cladding material will create differences in its contribution to noise insulation in this sense. In this direction, the study aimed to investigate the noise transmission properties of different types of wood veneer materials. This study measured the sound transmission amounts of different wood veneer materials with a particular device. This apparatus was used to determine the amount of sound transmitted from the inner face of the veneer material to the outer face of the veneer material of the noise source in an isolated environment with other surfaces touching only the inner face of the veneer material. The measurements were made with the help of this box so that the sound transmission data of different types of wood veneer materials with the same environment and noise source were evaluated using the comparative analysis method. For the study, 24 different wood veneer materials were tested. As a result of the research, it was concluded that the wood cladding material effectively reduces the amount of sound transmission and that there is variability in sound transmission performance depending on the wood species.

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“…Studying thermal comfort in furniture design and integrating it with the architectural thermal environment can not only enhance the comfort of living and usage but also improve energy efficiency and promote environmental sustainability [11,12]. Moreover, this field of research is significant for improving human health and enhancing the quality of life, especially in living environments under extreme climate conditions [13][14][15][16]. By optimizing furniture design, it is possible to effectively regulate indoor temperatures, reduce energy consumption, and simultaneously increase the satisfaction and comfort of occupants.…”

Section: Introductionmentioning

confidence: 99%

Thermal Comfort Simulation in Furniture Design: Integrating Considerations of the Building Thermal Environment

Wang

2024

IJHT

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As demands for the quality of living environments increase, thermal comfort in furniture design is garnering attention. Studies indicate that furniture should not only meet basic functional and aesthetic requirements but also influence indoor thermal environments and interact with human thermal exchanges, which are crucial for optimizing living comfort. This research aims to explore how thermal comfort in furniture design can be integrated with the building thermal environment to enhance indoor comfort and energy efficiency. Existing studies predominantly focus on surface treatments of furniture, with a lack of comprehensive analysis on the material's contact thermal sensation, the thermal properties of furniture, and their performance under varying building thermal conditions. Addressing this gap, this paper proposes a comprehensive research framework consisting of three main components: first, analyzing the impact of the building thermal environment on furniture thermal comfort; second, designing furniture with consideration for material's contact temperature sensation; and finally, developing furniture heat release rate curves suitable for different building thermal environments. This series of studies not only enhances the scientific and practical aspects of furniture design but also provides new theories and methods for the field of architectural design.

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Thermal effusivity of different tabletop materials in relation to users’ perception

Cited by 9 publications

References 33 publications

Proceedings of the XXXth International online conference Research for Furniture Industry 22–23 September 2022 Poznań, Poland

Proceedings of the XXXth International online conference Research for Furniture Industry 22–23 September 2022 Poznań, Poland

The Effect of Wood Veneer Type on the Reduction of Sound Transmission Between Noise-Producing Interior Spaces in Buildings

Thermal Comfort Simulation in Furniture Design: Integrating Considerations of the Building Thermal Environment

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