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componentsinfluencingphysical , mechanical , and performance properties of composite materials
moisture absorption ... the fibersmay leadto micro - cracking of the composite and degradation of mechanical properties
an increased cross - link densityresultedin improved thermal stability and mechanical properties of the composite
the first component or composite structureleadingto improved mechanical properties of the composite structure
cement - powder ratioinfluencingon the mechanical properties and failure forms of the composite
the grain size of the ceramic matrix(passive) are influenced byThe microstructure , mechanical and tribological properties of Al2O3-GNPs composites
Moisture ingresscausesdegradation of thermo - mechanical properties of the composite panels
a low interfacial adhesion between fibre and matrixleadto reduction in certain mechanical properties of the composite
Ceramic identitycontributes tmechanical properties and osteoblast behavior on macroporous composite scaffolds
Ceramic identitycontributesto mechanical properties and osteoblast behavior on macroporous composite scaffolds
A large amount voidsledto a reduction in the mechanical properties of PLAG and PLAG based composites
The factorsinfluencingthe physical and mechanical properties of the composite boards
The structural defects and differences caused between the sowing and harvesting periods of natural fibersresultin some variations in the mechanical properties of luffa composites ( Genc and Koruk 2016b
A higher fiber volume fractiontypically resultsin better mechanical properties of the composite
the strengthened parenchyma cells and vessels(passive) was ... caused bythe improvement of the mechanical properties of rattan composite
the lower extrusion temperaturesresultedin better mechanical properties of the composite
a combination of fillers and natural fiberleadsto improved mechanical properties of the composites
this procedureinfluencethe last microstructure and mechanical properties of the composites
Accelerated - soil agingcausedthe physical and mechanical properties of the composites to deteriorate
the constituentsresultingin composites with better mechanical properties
the fibers and matrixledto poor mechanical properties of the composites
Different hot - pressing environmentsledto composites with different mechanical properties
The combination of polymers and inorganic phasesleadsto composite materials with improved mechanical properties
This combinationleadsto composites with improved mechanical properties
the interfacial bonding strength and wettability of the fibres ... the phenolic resinresultedin improved mechanical properties of the composites
A uniform distribution of reinforcementscould potentially resultin composites with improved mechanical properties
composite manufacturing processes ( Kim et al . , 2010 ; Ramulu et al . , 2004(passive) are ... influenced bymechanical properties and performances of the composite structures
residual stresses which are developed in material during cooling in manufacturing(passive) are highly influenced byMechanical properties and behaviour of composites
The combination of biobased thermosetting resins with two different natural fibre reinforcementscould leadto improved mechanical properties of the composite
These surface modifications could improve the interface adhesion between fiber and matrixresultingin composites with enhanced mechanical properties
the bond fiber / matrix adhesionresultedin improve mechanical properties of the composite
The fibre content and production methodinfluencedthe physical and mechanical properties of the composites
Furthermore , the bond fiber / matrix adhesion was improvedresultedin improve mechanical properties of the composite
The addition of carbon nanomaterials into polymerscan resultin composites with enhanced mechanical properties
The particle distributionstrongly influencesthe physical and mechanical properties of the composites
fiber orientation and fiber densityinfluencesthe mechanical properties of the finished composite
The fibre content and production methodinfluencedthe mechanical and physical properties of the composites
by CNT - metal interface , volume of CNT in the composite(passive) are influencedMechanical Properties Mechanical properties of a composite
by CNT - metal interface , volume of CNT in the composite(passive) are influenced byMechanical Properties Mechanical properties of a composite
from several factorscan resultfrom several factors
to degradationleadingto degradation
in better quality materials , achieving physical properties equal to traditionally made partsresultingin better quality materials , achieving physical properties equal to traditionally made parts
co mposites were investigatedresultedco mposites were investigated
such materialscomposingsuch materials
to be superior to those of the constituent materials acting independentlyare designedto be superior to those of the constituent materials acting independently
to be superior to those of constituent materials acting independentlyare designedto be superior to those of constituent materials acting independently
progressionmay influenceprogression
from the degradation of the degradable materialresultfrom the degradation of the degradable material
peculiar atomic and electronic structures(passive) are caused bypeculiar atomic and electronic structures
peculiar atomic and electronic structures(passive) are caused bypeculiar atomic and electronic structures
directlywill ... contributedirectly
Typical formulations(passive) are designedTypical formulations
problemsdo ... causeproblems
to its adoption in several applications , such as composites , paper processing , and othershas ledto its adoption in several applications , such as composites , paper processing , and others
the composite microstructureinfluencesthe composite microstructure
Models(passive) have been designedModels
in these materialscausesin these materials
materials scientistshas promptedmaterials scientists
to failure of crown and bridge ... and also cast partial denture prosthesismay leadto failure of crown and bridge ... and also cast partial denture prosthesis
transitions along different specification states(passive) are ... influenced bytransitions along different specification states
to enhance cell seeding and at the same time can maintain nutrient transport throughout the whole scaffold during in vitro culturing by avoiding pore occlusionwill contributeto enhance cell seeding and at the same time can maintain nutrient transport throughout the whole scaffold during in vitro culturing by avoiding pore occlusion
the quality of the valvessetthe quality of the valves
materials(passive) are designedmaterials
Printing parameters of alginate(passive) are setPrinting parameters of alginate
in partare influencedin part