In the present study, the defect was introduced in the form of missing strut for the individual cell. The effect of defect on the compressive response of carbon-fiber pyramidal truss cores sandwich panel was investigated through experimental and theoretical methods. A series of sandwich panel sample with or without defect was fabricated, and compressive tests were performed at ambient temperature. Scanning electron microscopy (SEM) was conducted on the samples to evaluate the carbon-fiber distribution and failure mode. A revised theoretical model was proposed to predict the effect of defect considering the strut bending and shear behavior. Our results revealed that the compressive moduli of sandwich panel decrease linearly with the fraction...
The dynamic compressive behaviour of sandwich panels with shear thickening fluid (STF) filled pyrami...
To restrict debonding, carbon fiber reinforced lattice-core sandwich composites with compliant skins...
Mechanical properties and failure modes of carbon fiber composite egg and pyramidal honeycombs cores...
In present paper, the macroscopic responses of carbon-fiber pyramidal truss core panel subject to un...
The combination of light carbon fiber reinforced polymer (CFRP) composite materials with structurall...
AbstractSandwich panels are widely used in lightweight construction especially in aerospace industri...
Sandwich panels with multilayer pyramidal truss cores were manufactured by additive manufacturing. T...
xpe wic y, th ush od made of fiber reinforced composite. The response of the sandwich panels under a...
AbstractConstruction of sandwich materials involves a composite material structure of light weight, ...
Truss core sandwich panels have been widely investigated due to their superior mechanical performa...
This paper focuses on the effect of temperature on the out-of-plane compressive properties and failu...
AbstractThis paper focuses on the effect of temperature on the out-of-plane compressive properties a...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
AbstractLightweight metallic truss structures are currently being investigated for use within sandwi...
This paper investigates the compression response of all-composite sandwich structures based on glass...
The dynamic compressive behaviour of sandwich panels with shear thickening fluid (STF) filled pyrami...
To restrict debonding, carbon fiber reinforced lattice-core sandwich composites with compliant skins...
Mechanical properties and failure modes of carbon fiber composite egg and pyramidal honeycombs cores...
In present paper, the macroscopic responses of carbon-fiber pyramidal truss core panel subject to un...
The combination of light carbon fiber reinforced polymer (CFRP) composite materials with structurall...
AbstractSandwich panels are widely used in lightweight construction especially in aerospace industri...
Sandwich panels with multilayer pyramidal truss cores were manufactured by additive manufacturing. T...
xpe wic y, th ush od made of fiber reinforced composite. The response of the sandwich panels under a...
AbstractConstruction of sandwich materials involves a composite material structure of light weight, ...
Truss core sandwich panels have been widely investigated due to their superior mechanical performa...
This paper focuses on the effect of temperature on the out-of-plane compressive properties and failu...
AbstractThis paper focuses on the effect of temperature on the out-of-plane compressive properties a...
This project considers the mechanical properties of sandwich structures manufactured using glass fib...
AbstractLightweight metallic truss structures are currently being investigated for use within sandwi...
This paper investigates the compression response of all-composite sandwich structures based on glass...
The dynamic compressive behaviour of sandwich panels with shear thickening fluid (STF) filled pyrami...
To restrict debonding, carbon fiber reinforced lattice-core sandwich composites with compliant skins...
Mechanical properties and failure modes of carbon fiber composite egg and pyramidal honeycombs cores...