Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Development of low-tech laminated bamboo esterilla sheet made of thin-wall bamboo culm
https://orcid.org/0000-0001-8957-3603
Highlights Relevance of LBES production using the low-tech method to the local community. Technical feasibility through the improved low-tech method was presented. Thin-walled bamboo LBES showed higher MOE which is superior for flexural member. LBES have comparable flexural properties to those of other bamboo- and wood-based SCL.
Abstract Bamboo sheets, called pelupuh, made from thin-wall bamboo culm and isocyanate adhesive, were used to produce laminated bamboo esterilla sheets (LBES) based on a low-tech method. The present work investigated the fabrication technique and the flexural properties of LBES. The study results support the idea of using a low-tech method for producing bamboo-based composites with flexural properties comparable to those of wood-based composites. From the perspective of flexural strength property, the LBES made of thin-wall bamboo culm has the potential to act as a substitute for timber and as an alternative to bamboo composites produced using high-tech processing technology.
Development of low-tech laminated bamboo esterilla sheet made of thin-wall bamboo culm
https://orcid.org/0000-0001-8957-3603
Highlights Relevance of LBES production using the low-tech method to the local community. Technical feasibility through the improved low-tech method was presented. Thin-walled bamboo LBES showed higher MOE which is superior for flexural member. LBES have comparable flexural properties to those of other bamboo- and wood-based SCL.
Abstract Bamboo sheets, called pelupuh, made from thin-wall bamboo culm and isocyanate adhesive, were used to produce laminated bamboo esterilla sheets (LBES) based on a low-tech method. The present work investigated the fabrication technique and the flexural properties of LBES. The study results support the idea of using a low-tech method for producing bamboo-based composites with flexural properties comparable to those of wood-based composites. From the perspective of flexural strength property, the LBES made of thin-wall bamboo culm has the potential to act as a substitute for timber and as an alternative to bamboo composites produced using high-tech processing technology.
Development of low-tech laminated bamboo esterilla sheet made of thin-wall bamboo culm
https://orcid.org/0000-0001-8957-3603
Highlights Relevance of LBES production using the low-tech method to the local community. Technical feasibility through the improved low-tech method was presented. Thin-walled bamboo LBES showed higher MOE which is superior for flexural member. LBES have comparable flexural properties to those of other bamboo- and wood-based SCL.
Abstract Bamboo sheets, called pelupuh, made from thin-wall bamboo culm and isocyanate adhesive, were used to produce laminated bamboo esterilla sheets (LBES) based on a low-tech method. The present work investigated the fabrication technique and the flexural properties of LBES. The study results support the idea of using a low-tech method for producing bamboo-based composites with flexural properties comparable to those of wood-based composites. From the perspective of flexural strength property, the LBES made of thin-wall bamboo culm has the potential to act as a substitute for timber and as an alternative to bamboo composites produced using high-tech processing technology.
Development of low-tech laminated bamboo esterilla sheet made of thin-wall bamboo culm
Liliefna, Leonard Dantje (Autor:in) / Nugroho, Naresworo (Autor:in) / Karlinasari, Lina (Autor:in) / Sadiyo, Sucahyo (Autor:in)
13.01.2020
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
| TIBKAT | 2020
Through-culm wall mechanical behaviour of bamboo
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An overview on bamboo culm flattening
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An overview on bamboo culm flattening
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