Add to ORKGCompressive strength of epoxy with "free-inforcement" flyash without any prior separation is studied. It is observed that the increase in filler volume fraction beyond 10% brings about a reduction in the compressive strength. Increasing adhesion factor, determined relative to unfilled matrix, implied an alleviation in the interfacial adhesion due to dewetting, especially at the surfaces of larger particles and at higher filler concentrations. Such deductions were verified by examining the surface features of compression tested samples in Scanning Electron Microscope
Compressive properties of fly ash-epoxy composites with and without exposure to warm water were stud...
Neat epoxy (NE) and epoxy system with different volume fractions of fly ash fillers with their surfa...
Abstract Fly ash, an inorganic alumino silicate has been used as filler in epoxy matrix, but it redu...
Compressive strength of epoxy with "free-inforcement" flyash without any prior separation is studied...
Particulate composites based on polymer matrices generally contain fillers, especially those that ar...
Particulate reinforcements for polymers are selected with dual objective of improving composite prop...
Compressive properties of epoxy composites reinforced with fly ash and fibers, which have differing ...
Polymer composites are generally filled with either fibrous or particulate materials to improve the ...
Epoxy containing fillers of either fly ash or poly (acrylonitrile-co-butadiene), carboxy terminated ...
Filling a polymer with particulate material is generally attempted to improve the polymer properties...
ABSTRACT: Epoxy systems with and without different volume fractions of fly ash particulate fillers a...
The compressive strength of unidirectional flax fibre epoxy composites was studied. The compressive ...
The impact behaviour of epoxy specimens containing 10% by volume of fly-ash particles with their sur...
Compressive strength of the epoxy matrix loaded by combination of hybrid filler is expected to benef...
Abstract Flyash, a waste product generated in large quantities in thermal power plants, has been pos...
Compressive properties of fly ash-epoxy composites with and without exposure to warm water were stud...
Neat epoxy (NE) and epoxy system with different volume fractions of fly ash fillers with their surfa...
Abstract Fly ash, an inorganic alumino silicate has been used as filler in epoxy matrix, but it redu...
Compressive strength of epoxy with "free-inforcement" flyash without any prior separation is studied...
Particulate composites based on polymer matrices generally contain fillers, especially those that ar...
Particulate reinforcements for polymers are selected with dual objective of improving composite prop...
Compressive properties of epoxy composites reinforced with fly ash and fibers, which have differing ...
Polymer composites are generally filled with either fibrous or particulate materials to improve the ...
Epoxy containing fillers of either fly ash or poly (acrylonitrile-co-butadiene), carboxy terminated ...
Filling a polymer with particulate material is generally attempted to improve the polymer properties...
ABSTRACT: Epoxy systems with and without different volume fractions of fly ash particulate fillers a...
The compressive strength of unidirectional flax fibre epoxy composites was studied. The compressive ...
The impact behaviour of epoxy specimens containing 10% by volume of fly-ash particles with their sur...
Compressive strength of the epoxy matrix loaded by combination of hybrid filler is expected to benef...
Abstract Flyash, a waste product generated in large quantities in thermal power plants, has been pos...
Compressive properties of fly ash-epoxy composites with and without exposure to warm water were stud...
Neat epoxy (NE) and epoxy system with different volume fractions of fly ash fillers with their surfa...
Abstract Fly ash, an inorganic alumino silicate has been used as filler in epoxy matrix, but it redu...