Mechanical, thermophysical and fire properties of sansevieria fiber-reinforced polyester composites

Ramanaiah, K.; Prasad, A.V. Ratna; Reddy, K. Hema Chandra

doi:10.1016/j.matdes.2013.02.056

Cited by 62 publications

(19 citation statements)

References 26 publications

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“…Plant fiber has long been considered as an additive for polymeric material, because of its wide range of sources, high toughness, and so on. Ramanaiah et al introduced sansevieria fiber as reinforcement in the polyester resin. The results indicated that the sansevieria fiber increases tensile strength and impact strength by 2.55 and 4.2 times to that of pure resin, respectively, and the composite containing sansevieria fiber ignited earlier released more amount of carbon dioxide yield and smoke.…”

Section: Introductionmentioning

confidence: 99%

Effects of flame‐retardant ramie fiber on enhancing performance of the rigid polyurethane foams

Cheng

Wang

et al. 2019

Polymers for Advanced Techs

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Ramie fiber (RF) with excellent tensile strength was treated by a flame retardant and obtained the modified RF (MRF) that is incombustible. Then, MRF was used to improve the performance of rigid polyurethane foams (RPUF). The mechanical properties of the composite were investigated by compressive strength test and shear stress test. The fire characteristics were studied using a cone calorimeter. And the thermal decomposition and flammable properties were further evaluated using thermogravimetric analysis and limiting oxygen index. The results showed that MRF improve the mechanical properties of RPUF and eliminate the harm of flammability of RF on the RPUF.

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Section: Introductionmentioning

confidence: 99%

Effects of flame‐retardant ramie fiber on enhancing performance of the rigid polyurethane foams

Cheng

Wang

et al. 2019

Polymers for Advanced Techs

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“…Table 5 compares the thermal conductivity of boards made from the bamboo paper and fly ash floating beads and other thermal insulation materials. It can be seen that the κ value of the composite board was close to that of lightweight concrete (Saleh 2006), solid pine wood (Zhou et al 2010), coconut coir fiber boards (Khedari et al 2003), and sansevieria fiber-reinforced polyster composites (Ramanaiah et al 2013). Its value is slightly higher than that of coffee husk and hull boards (Bekalo and Reinhardt 2010).…”

Section: Effects On Thermal Conductivitymentioning

confidence: 72%

Thermal Insulation Boards from Bamboo Paper Sludge

Zhang

Wang

et al. 2016

BioResources

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This study was conducted to evaluate the properties of insulation boards made from bamboo paper sludge and fly ash floating beads. An orthogonal test design was applied to study the effects of certain factors on the properties of the insulation boards. The results indicated that the sequence of significant effect of factors on the properties of the composite boards was particle size of bamboo paper sludge, thickness of boards, and weight ratio of sludge to fly ash floating beads. The verified optimal conditions were confirmed to be 20 to 40 mesh, 80:20, and 14 mm, representing the particle size of bamboo paper sludge, weight ratio of sludge:fly ash floating beads, and thickness of boards, respectively. The thermal conductivity of the bamboo paper sludge and fly ash floating beads insulation boards was measured and suggested that both insulation boards had thermal conductivity values ranging from 0.12 to 0.165 W/mK, which is close to the conventional insulation material lightweight concrete.

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“…The main objectives is to customize the usage of water, various bio components and to avoid various losses to improve the natural impacting and profit. [6] This work suggests the various parameters of Sansevieria natural fiber as fortification in the readiness of incompletely bio friendly green composites. The impact of fiber content on mechanical behavior of composite was investigated and found that rigidity and effect quality at greatest fiber content were 2.55 and 4.2 occasions to that of unadulterated tar, individually.…”

Section: Introductionmentioning

confidence: 84%

Mechanical Behaviour of PLA and PHBV Based Lignocellulosic Composite Plates

2020

IJRTE

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The knowledge of 3D printing material used in 3D printing technique is so abundant. Even though there are many critical issues in practical applications. This paper reports the comparison study of the Tensile, Flexural and Impact properties of Environmental friendly composites. This composite material is intended to be used as a replacement for the current 3D printing material. The composite was prepared in compression molding/Injection molding technique under 150 kg/cm2 pressure. This work consists of three specimens. One specimen is Poly Hydroxy Butyrate co Valerate (PHBV) and Sansevieria Roxburghiana. Second specimen is Poly Lactic Acid (PLA) and Sansevieria Roxburghiana and the last specimen is Pure PLA plate. The tensile, impact, flexural strength of pure PLA is comparatively better than the other two composite mixture plates. When comparing the fiber mixture of PLA and PHBV plates the PLA mixture possess greater mechanical properties. The research is further extended by changing the proportion of fiber and also improving the fiber lengths.

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Mechanical, thermophysical and fire properties of sansevieria fiber-reinforced polyester composites

Cited by 62 publications

References 26 publications

Effects of flame‐retardant ramie fiber on enhancing performance of the rigid polyurethane foams

Effects of flame‐retardant ramie fiber on enhancing performance of the rigid polyurethane foams

Thermal Insulation Boards from Bamboo Paper Sludge

Mechanical Behaviour of PLA and PHBV Based Lignocellulosic Composite Plates

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