This paper presents briefly the standard grindability testing methods such as Bond- and Hardgrove process.
Design for environmental aging as well as accelerated degradation testing methods such as ASTM D2247 Cleveland and weatherometer ASTM G26 are described.
Finally, a comparison between monthly models and general models is performed by statistical test methods such as R2, MPE and MAPE.
This is necessary if optical non-destructive testing methods, such as those used here, are to gain acceptance for routine industrial use.
There are a wide variety of test methods, such as electrical, optical, mechanical, and environmental, for characterization of various MEMS devices.
To improve the accuracy of stress simulation composite castings were designed and characterised using conventional and modern test methods such as neutron tomography and neutron diffraction.
For the assessment of the performance of surface-treated concrete, standard test methods, such as Karsten-Tube penetration test, contact angle measurement, hydrophobic quality test, as well as more refined test methods, such as Infrared Spectroscopy (IR), moisture sorption analysis, and scanning electron microscopy coupled with elemental X-ray analysis (SEM/EDS) are used.
The development of packaging technology and the increasing functionality of a circuit have made traditional testing methods, such as in-circuit tests and functional testing through edge connectors much more difficult or even impossible.
Experimental results show that the proposed method gives more robust and accurate rank than other statistical test methods, such as t-test, Wilcoxon rank sum test and KS-test.
The residual thermal behavior of these epoxies and corresponding concrete adhesive interface is characterized by various test methods such as dynamic mechanical analysis (ASTM D7028), dynamic elastic modulus test (ASTM C215), and bending test (ASTM C78).
