Sentence examples for arbitrary engineering from inspiring English sources

Αn analytical elastic plastic model is presented describing the fatigue life of arbitrary engineering components with elliptical notches under constant amplitude loading.

Integration of the equations of change over an arbitrary engineering volume exchanging mass and energy with the surroundings gives the basic concepts at the macroscopic level.

Turns out that bit of arbitrary electoral engineering wasn't just unfair, it was illegal.

This paper introduces the extended cohesive damage model (ECDM) for simulating arbitrary damage propagation in engineering materials.

An acoustic dual-frequency concentration inversion method, in which the backscattered acoustic signal received by transducers operating in the megahertz range is used to determine the concentration profile in suspensions of solid particles in a carrier fluid and which was originally developed for environmental applications, is applied to arbitrary suspensions of general engineering interest.

Open image in new window Figure 1 Constitutive equations of an arbitrary material in the engineering space.

However, despite recent advances in this field, engineering an arbitrary protein remains a daunting challenge, because the rules defining the relations among protein sequence, structure, and function are still not entirely understood [ 82].

Their actual effectiveness depends on their capability to provide realistic engineering estimates without arbitrary adjustment of model parameters.

The development of affinity-tag fusion technology in the mid-1980s provided a simple and convenient method for the purification of arbitrary recombinant proteins through genetic engineering.

First, multiple engineering features of arbitrary shape are considered as basic design primitives and topology variation is achieved via the layout and shape optimization of the features.

In this paper a numerical method using geometrical transformation and graph product rules is developed for efficient solution of the governing differential equations in many engineering problems with arbitrary domains.