The current work describes the use of DIC for full-field strain and deformation response while performing 10° off-axis tensile tests on rigidly clamped

Contrary to general public’s perception of ceramics as primarily encompassing art work, table ware, porcelain enamels, tiles, and sanitary ware, ceramics cover

The Josephson effect has revolutionized voltage metrology [1-5] and, together with the quantum Hall effect for resistance and atomic clocks for time and

This chapter describes the use of diffraction-based methods to characterize amorphous or disordered heterogeneous materials. Quantitative materials

Recent years have seen a remarkable emergence of a particular type of least-squares fitting, called constrained least-squares fitting, in national and

Semi-crystalline polymer melts are commonly used in fused deposition modeling. Although flows have a profound effect on polymer crystallization, the

Since its development and commercialization in the 1980s, polymer additive manufacturing (AM) has become a disruptive technology. In this chapter we describe

This is a table of thermal conductivity of gases.

This is a chapter in CRC that contains tables with viscosity of gases

The role of amino acid analysis in bioanalysis has changed from a qualitative to a quantitative technique. With the discovery of both electrospray ionization

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The resilience of communities depends on the performance of the built environment and on supporting social, economic and public institutions on which the

The Security Content Automation Protocol (SCAP) data model for source data stream collections standardizes the packaging of security content into self-contained

Server or Hardware virtualization is an established technology in data centers used for supporting enterprise IT resources as well as cloud services. The

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The recent introduction of ASTM C1735 allows a durability assessment of a sealant joint assembly without incurring destruction. Conventional testing of sealant

In this Chapter, we give a brief overview of how density functional theory (DFT) calculations have contributed to better understanding of the structure

In this chapter, we discuss applying X-ray reflectivity to study the structure and dynamics of dense and ultrathin polymer films upon exposure to solvent vapors

This paper gives a brief review of in situ diffraction studies (including Synchrotron and conventional X-ray, energy dispersive X-ray, and neutron techniques)