Sentence examples for engineering range from inspiring English sources

Table 1 Properties of the considered structure (Julien 2012; Ahsan et al. 2012) Mass of the ACT tower m = 110,000,000 kg Stiffness of the ACT tower k = 168,000 Nm−1 Values in civil engineering range from 0 to 5%, in rare case to 10% (xi = 2%) Damping (c = 2xi omega = 2mxi sqrt {frac{k}{{m_{text{s}} }}}).

Several different criteria that take into account the number of neighbouring points, the distances between them (lateral resolution) and their heights were evaluated for real measured surfaces with five different surface roughnesses in the broad engineering range of arithmetic surface roughness from Sa=0.005 µm to Sa=0.529 µm.

Since the seminal work of Ostwald in the late 19th century, crystal nucleation and growth have remained of constant, if not even increasing, interest.[ 1] Today, applications of crystal engineering range from quantum dots and nanomaterials to biomimetic composites and pharmaceutical formulation.

The state-of-the-art in origami engineering ranges across disciplines.

Matrix differential equations are relevant to the description of many phenomena in physics and engineering, ranging from such diverse applications as control theory to game theory [30].

Structural adhesive bonding of metal components is widespread in many areas of engineering, ranging from microelectronics assembly to aerospace applications.

This chapter describes current best practice in aspects of tissue engineering ranging from characterization of starting materials to assessing cell behaviour.

The development of cracks due to the effect of fluid pressure is a problem that concerns many areas of engineering, ranging from structural to geotechnical or petroleum.

Hydrogels are an important group of biomaterials as they find numerous applications in biomedical engineering, ranging from adhesives, to controlled release of water-soluble drugs, to encapsulation of cells, to tissue engineering.

A hypothetical test area composed of Runoff-Extended Transport Blocks was used to simulate various routed hydrographs based on changing the hydrologic hydraulics parameters within its physical engineering ranges.

Markedly, bioprinting demonstrated great potential for skin tissue engineering ranging from the development of 3-D skin tissue models to in-situ bioprinting of skin directly over the wound site.