Therefore, this study aim to determine the impact of alkali treatment conditions on short randomly oriented kenaf fiber reinforced polyester matrix composite

Conversely when alkali concentration and immersion time was set at higher level, kenaf bast fiber mean tensile strength was decreased.. However, from analysis of variance

This study was conducted to evaluate the alkali treatment conditions optimization impact on kenaf fiber and its short random oriented kenaf fiber reinforced polyester

The alkali treatment of Sugarcane bagasse fiber has improved the mechanical properties like tensile, flexural and impact strength of both the epoxy and polyester composite.

The probability distribution plot of data collected from 30 trials of kenaf fiber interfacial shear strength (IFSS) and kenaf fiber tensile strength (TS) after various

This study is built upon previous research that developed an instrument to measure the learning objectives of the laboratory across the cognitive, psychomotor and affective domains

Tensile strength of woven type kenaf fiber reinforced composites for (a) single and (b) double layers when fiber orientations are varied.. Similar stress versus strain curves

One of the methods to solve this problem is using the chemical treatment and the most commonly used in this treatment is sodium hydroxide (NaOH) as the alkali

Sisal fiber reinforced polyester resin composite were investigate and conclude that all three tensile, flexural, impact strength is increases with fiber length increases for the

Gowda et al [6] have reported that the elasticity (tensile strength) of coir fiber reinforced polyester composite is generally high when compared with sisal fiber

Even though woven kenaf reinforced polyester composite has very good potential in enhancing mechanical properties as compared to neat polyester, very limited studies

Their results indicated that the jute/glass polyester composites showed maximum tensile strength, sisal/glass polyester composite showed maximum impact strength

The aim of this study focused on the process that can demonstrate the energy absorption on impact loading in natural fibre composite namely, kenaf fibre

The result shows the breaking strength of dry fabric increased when different weave pattern with low crimp percentage were used compared with Plain 1/1.. The other

Paskaramoorthy, “The effects of alkali-silane treatment on the tensile and flexural properties of short fibre non-woven kenaf reinforced polypropylene composites,”

3) The tensile and Charpy impact strength properties of woven kenaf–Kevlar composite are higher than other hybrid composites. On the contrary, the flexural strength of the

The objective of this study is to compare the mechanical properties such as tensile stress of Kenaf fiber reinforced polyester composite immersed in three different solutions,

KEYWORDS : Polymer reinforced concrete, polypropylene fiber, polyester fiber, Compressive strength, Flexural Strength, Split tensile strength..