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Fatigue and creep behavior of abaca–sisal natural fiber–reinforced polymeric composites
The fatigue and creep behavior of abaca and sisal fiber–reinforced epoxy hybrid composites was investigated for 0°, 45°, and 90° fibers orientations....
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Creep behavior and permeability evolution of coal pillar dam for underground water reservoir
Using goof as water storage space plays a vital role in the ecological environment and economic development of arid mining areas, while the rock...
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An investigation of fatigue, creep, and dynamic mechanical behavior of bio-fiber-reinforced PLA and their hybrid biocomposites
In the present research work, three combinations of composite samples, jute and nettle fibers reinforced with polylactic acid (PLA) composites, and...
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Investigation on role of heat-treated barley husk biosilica on fatigue, creep, and dynamic mechanical behavior of cotton microfiber-vinyl ester composite
This study explores the effect of heat-treated silane modified biosilica on the fatigue, creep, and dynamic mechanical behavior of waste cotton...
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Improvising thermo-mechanical, flame and creep degradation resistance of bamboo fibre-vinyl ester composite using Agaricus bisoporus mushroom chitosan
Due to the scarcity of natural minerals and materials, many industries are experiencing shortages, affecting their ability to produce various...
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Effect of green pea pod lignin addition on thermal degradation, flame resistance, DMA, and creep resistance of pineapple fibre epoxy composite
The objective of this work was to produce and use green pea pod lignin for improving the thermal stability, flammability, and creep resistance of...
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Enhancing sustainable composites: isolation of nanocellulose from Selenicereus undatus (dragon fruit) and kenaf fiber reinforcement in vinyl ester matrix—a study on mechanical, wear, fatigue, creep, and dynamic mechanical properties
This study explores the potential of utilizing nanocellulose extracted from Selenicereus undatus (dragon fruit) and kenaf fiber to enhance the...
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Enhancement of thermo-mechanical, creep-recovery, and anti-microbial properties in PVA-based biodegradable films through cross-linking with oxalic acid: implications for packaging application
One of the few synthetic resins from petroleum-based sources that are biodegradable and can reduce the environmental pollution is polyvinyl alcohol...
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Development of Corrosion Management Framework with Equipment Susceptible to Creep
Petroleum refineries are complicated systems that undertake many phases of operation at a high-risk level. Over the years, major accidents in...
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An Experimental Study on Factors Affecting the Coefficients of Shrinkage, Creep, and Crack Occurrence During Basement Construction in High-Rise Buildings
This paper is an experimental study on factors affecting the coefficients of shrinkage, creep, and crack occurrence during basement construction in...
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Influence of rice husk ash Si3N4 ceramic on mechanical, wear and low cycle fatigue behavior of hybrid pineapple/basalt fiber reinforced polyester composite
This paper presents a comprehensive characterization of hybrid fiber and bioceramic reinforced polyester composites, focusing on their mechanical,...
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Characterization of peanut husk-derived Si3N4 basalt fiber-reinforced unsaturated polyester resin composites
The purpose of the study is to investigate the effect of adding peanut husk-derived Si 3 N 4 on load-bearing, time-dependent and thermal properties of...
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Rheological mechanical properties and its constitutive relation of soft rock considering influence of clay mineral composition and content
Rheological mechanical properties of the soft rock are affected significantly by its main physical characteristics-clay mineral. In this study,...
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Time-dependent properties of temperature aged vinyl–based biocomposites developed using waste reinforcements
This study investigates the mechanical and microstructural characteristics of vinyl-based biocomposites reinforced with industrial and agro-waste...
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Rheological Properties of Composite Modified Asphalt with Direct Coal Liquefaction Residues
In order to solve the problem of high-value utilization of coal-to-oil residual direct coal liquefaction residual asphalt, it is compounded with SBS...
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The slope creep law for a soft rock in an open-pit mine in the Gobi region of **njiang, China
The lithology of the strata in the Gobi region of the **njiang autonomous region of China is mainly composed of mudstone, silty mudstone, and other...
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Rheological Properties of Concrete Based on Waste Materials
This report presents the results of laboratory research on the shrinkage and creep of concrete based on waste materials. Used waste aggregate was...
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Characterization of vinyl ester–based biocomposites using grape stalk lignin biopolymer and Celosia cristata stem fibers: a characterization study
This research delves into the development and characterization of polymer composites reinforced with grape stalk extracted lignin biopolymer (GSLB)...
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Analysis of the Effect of Asbuton on Porous Asphalt Mixtures for Heavy Load Traffic
The main problem of porous asphalt was clog up the pores that caused by the deformation of pavement under vehicular loading [19–21], and the creep of...
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Development and characterization of red matta rice husk derived Si2N2O bioceramic-epoxy nanocomposite coating for damage and barrier protection of building materials
In this investigation, the characterisation and preparation of Si 2 N 2 O particles from red matta rice husk and its epoxy biocomposites were...
