The presence of porosity in a wide range of materials, whether ceramics, steel or fiber reinforced composites, has a dramatic effect on the strength and mechanical properties of that material. Therefore, the presence of any porosity in a composite laminate during the manufacture of aerospace components is a basis for component rejection
Ceramic composites are intended to take advantage of the high temperature capabilities of ceramics w...
The comprehensive non-destructive evaluation of modern composite materials requires the application ...
Porosity, introduced in composites during fabrication, takes the form of dispersed or discrete elong...
The measurement of porosity content in composites has been an area of interest to the NDE community....
The measurement of porosity content in composites has been an area of interest to the NDE community....
The determination of levels of porosity is important in the engineering uses of graphite fiber/polym...
The method presented to detect and quantify the porosity value content of composite materials is par...
The detrimental effects of porosity on material strength are well known. The work of Hsu, Rose, and ...
Porosity in composite media using ultrasonic waves is characterized. The derivation of local approxi...
Determination of content and distribution of porosity introduced in composites during fabrication, i...
The ultrasonic attenuation of a solid containing a distribution of voids depends on the number of vo...
Voids or porosity in carbon fiber reinforced plastics (CFRP) caused by improper curing, moisture in ...
Porosity that is detrimental to the performance of a composite structure is often much smaller than ...
A method for evaluating the porosity volume content in composite laminates using the slope of the ul...
Current practice is to accept or reject composite parts based upon ultrasonic C-scan results. Normal...
Ceramic composites are intended to take advantage of the high temperature capabilities of ceramics w...
The comprehensive non-destructive evaluation of modern composite materials requires the application ...
Porosity, introduced in composites during fabrication, takes the form of dispersed or discrete elong...
The measurement of porosity content in composites has been an area of interest to the NDE community....
The measurement of porosity content in composites has been an area of interest to the NDE community....
The determination of levels of porosity is important in the engineering uses of graphite fiber/polym...
The method presented to detect and quantify the porosity value content of composite materials is par...
The detrimental effects of porosity on material strength are well known. The work of Hsu, Rose, and ...
Porosity in composite media using ultrasonic waves is characterized. The derivation of local approxi...
Determination of content and distribution of porosity introduced in composites during fabrication, i...
The ultrasonic attenuation of a solid containing a distribution of voids depends on the number of vo...
Voids or porosity in carbon fiber reinforced plastics (CFRP) caused by improper curing, moisture in ...
Porosity that is detrimental to the performance of a composite structure is often much smaller than ...
A method for evaluating the porosity volume content in composite laminates using the slope of the ul...
Current practice is to accept or reject composite parts based upon ultrasonic C-scan results. Normal...
Ceramic composites are intended to take advantage of the high temperature capabilities of ceramics w...
The comprehensive non-destructive evaluation of modern composite materials requires the application ...
Porosity, introduced in composites during fabrication, takes the form of dispersed or discrete elong...