Lateral Loads of Stapled-Glued Surface-to-Surface Joints in Oriented Strandboard for Furniture

Demirel, Samet; Tor, Önder; Yu, Xiaohong; Zhang, Jilei

doi:10.22382/wfs-2018-028

Cited by 8 publications

(7 citation statements)

References 2 publications

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“…As shown in the figure, the main keyward is furniture joint on the right top and strength is the main keyward in the left top. This results also showed that how furniture joints is related with strength in a furniture construction because the strength performance of an upholstered furniture frame depends heavily on the joints that hold its structural members together (Zhang et al, 2001;Erdil et al, 2003;Demirel et al, 2018).…”

Section: Resultsmentioning

confidence: 81%

A bibliometric evaluation on furniture joints studies

Demirel,

Eyüboğlu

2024

Turkish Journal of Forestry | Türkiye Ormancılık Dergisi

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Furniture joint one of the most critical point in furniture construction and it is one of the most governor part of the furniture construction. Therefore, many studies focuses on furniture joint from USA to China. This study aims to reveal the current structure of studies conducted in the literature on furniture joints. The study is structured in three basic stages. Firstly, a comprehensive literature study on furniture joints was carried out. Then, the sample of the study was determined as 253 articles with the keyword furniture joint in the Web of Science database. In the third stage, bibliometric analyzes were carried out. VOSviewer and Biblioshiny programs were used in the analysis, and the sample group was determined according to some parameters such as country, author, study year, university and study name. The results indicated that 2018 was the year for the highest numbers of furniture joint studies. Eckelman, Zhang, and Erdil were the pioneers authors on furniture joints studies. USA and Canada were the first countries where furniture joints studies initiated. Currently, Türkiye is the leading country on furniture joint studies, and China is getting popular country in the subject of the study. Besides, Purdue University and Mugla Sitki Kocman University is the accommodations which published the highest number studies on furniture joints. Additionally, the biometric analisys of the study showed that Forest Products Journal published the highest number furniture joint papers.

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Section: Resultsmentioning

confidence: 81%

A bibliometric evaluation on furniture joints studies

Demirel,

Eyüboğlu

2024

Turkish Journal of Forestry | Türkiye Ormancılık Dergisi

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“…At the same time, it highlights that the failure in furniture is often attributed to its joints, which are the weakest link in the structure. Therefore, the engineering data on the strength of furniture joints have key importance for designing and redesigning the products in the furniture industry to meet product strength and durability [9]. Thus, it is crucial for the manufacturers to be able to evaluate the reliability of both the joints and the whole furniture items they produce [10].…”

Section: Introductionmentioning

confidence: 99%

Determination of Reliability of Selected Case Furniture Constructions

Kłos

Langová

2023

Applied Sciences

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The reliability of furniture constitutes one of the most important features taken into consideration when buying furniture. However, to evaluate furniture reliability, furniture manufacturers often rely on their own experiences and common patterns without the usage of specialized tools. The presented work aimed to develop a mathematical apparatus to be used in a specially created web application that would enable the calculation of the reliability of the selected furniture joints and whole case furniture structures. This paper describes the functionality features of the newly created web application, which could be used in the furniture industry practice providing a valuable support tool for engineering works. In this paper, the reliability calculations are presented for the examples of furniture eccentric joints and case-type furniture made of those joints. Two different materials, namely MDF and laminated three-layer particleboard, of 18 mm are considered. The achieved results confirm the higher reliability of the furniture eccentric joints made of MDF of 18 mm in comparison to the furniture eccentric joints made of particleboard of the same thickness. The calculations of reliability for the analyzed construction of furniture confirmed also that the reliability improved when the parallel reliability structure was adapted. That was the case for both the MDF and laminated three-layer particleboard.

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“…There are many factors that affect the lateral strength of stapled wood connections, namely material density, staple dimensions, arrangement of staples, number of staples, and many others. The number of staples plays significant role in the performance of stapled wood connection [3]. In the moment resisting stapled wood connection, the load carrying capacity is affected significantly by material density and the number of staples [4].…”

Section: Introductionmentioning

confidence: 99%

“…In the moment resisting stapled wood connection, the load carrying capacity is affected significantly by material density and the number of staples [4]. Further research on in-plane moment resistances of Lshaped joints connected with two gusset plates stapled on one side of joint members in oriented strand board (OSB) showed that the ultimate moment resistances of joints connected with 12 staples were 43% higher than those with 8 staples [5].…”

Section: Introductionmentioning

confidence: 99%

Behavior of wood beam connection using staples subjected to in-plane moment

Lenggani

Suryoatmono

2019

MATEC Web Conf.

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It is very frequent that solid wood beams need to be connected one to another to obtain a longer beam. In this study, the behavior of solid wood beams connections using plywood sheets as connecting elements and staples as mechanical fasteners were studied experimentally. The experimental results were compared with elastic analyses. Both beam and plywood were made of meranti (shorea). The staple type was MAX 1022J. This study was conducted on two specimens. The first specimen had two rows of staples on the front and back sides of the specimen. Each row consisted of ten staples making a total of 40 staples. The second one had three rows of staples on the front and back sides of the specimen. Each row consisted of ten staples making a total of 60 staples. From the tests, it can be concluded that each material in the connection, namely wood beam, plywood, and staples, failed. Failure mode of the wood beam was in the form of crack and tear. Failure mode of the plywood was the damage of the plywood directly contacted with the crown of the staples. Failure modes of the staples were flexural yielding. The differences between connection strength obtained from tests and elastic analyses were 8.18% for the first specimen and 0.65% for the second specimen, with the test results were higher than the elastic analyses results. It can be concluded that elastic analysis is quite accurate and conservative to estimate the strength of this type of connection, provided that the lateral resistance of connection with a staple is known.

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Lateral Loads of Stapled-Glued Surface-to-Surface Joints in Oriented Strandboard for Furniture

Cited by 8 publications

References 2 publications

A bibliometric evaluation on furniture joints studies

A bibliometric evaluation on furniture joints studies

Determination of Reliability of Selected Case Furniture Constructions

Behavior of wood beam connection using staples subjected to in-plane moment

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