A formal mathematical approach to cooling curve analysis of multiple simultaneous transformations is introduced for the first time. The goal of this methodology is to measure individual phase fractions during free cooling. Transformation start...

Dilatometry and cooling curve analysis (CCA) are two methods of determining the evolution of a phase transformation with temperature. The two methods are similar conceptual in that they take an indirect measure of the transformation and extract...

. Ongoing research on phase transformations has enabled the use of precise temperature measurements during cooling to estimate the evolution of a newly formed phase with time/temperature. This method can go beyond any previous cooling curve analysis approach...

regularization technique. Automatic selection of the optimal regularization level is crucial for efficient extraction of PSD from experimental adsorption or condensation isotherms. A detailed comparison of Leave One Out Cross Validation, L-curve, U-curve...

Abstract In this paper, real-time Pythagorean hodograph

(P-H) curve CNC interpolators are used for high speed

corner machining. There are large contouring errors around

sharp corners when low-bandwidth servo controllers (such...

Abstract In this paper, Pythagorean hodograph (P-H)

curve theory is used for high-speed contouring applications.

There are large contouring errors around sharp corners

when low-bandwidth servo controllers (such as P...

Various methods for parametric interpolation of NURBS

curves have been proposed in the past. However, the errors

caused by the approximate nature of the NURBS interpolator

were rarely taken into account. This paper proposes an...

In this paper, a two-phase multi-relaxation time lattice

Boltzmann model is implemented to investigate droplet

impact on a curved solid surface. The improved model is

capable of simulating...