Electrical analogous in viscoelasticity

Weaving Electrical and Computational Grids: How Analogous Are They?

Inspired by the electrical power grid’s ability to provide a pervasive access to power in a consistent and dependable manner, computer scientists began exploring the design and development of an analogous infrastructure called the computational power grid for the 21 century network computing. At present, such computational grids enable sharing, selection, and aggregation of geographically distr...

Weaving computational grids: how analogous are they with electrical grids?

Following Alessandro Volta’s invention of the electrical battery in 1800, Thomas Edison paved the way for electricity’s widespread use by inventing the electric bulb. Figure 1 shows Volta demonstrating the battery for Napoleon I in 1801 at the French National Institute, Paris. Whether or not Volta envisioned it, his invention evolved into a worldwide electrical power grid that provides dependab...

Wave hierarchies in viscoelasticity

Programming by Analogous

manipulate the sources or their information, such as the location of their files on a haed drive or the emails in their in-boxes. End-user programming is emerging as a crucial instrument in the daily informationprocessing struggle [8]. Such programming allows customized personal information processing. But few end users have the background, motivation, or time to use traditional programming app...

Simultaneous Measurement of Viscoelasticity and Electrical Conductivity of an Electrorheological Fluid

Simultaneous measurements of viscoelasticity and electrical conductivity are performed to study the dynamic characteristics of structures formed in a highly concentrated electrorheological suspension under a dc electric field of 1.8 kV/mm. Small amplitude oscillatory shear measurements reveal that there is no direct correlationbetween theelasticmodulusand theelectrical conductivity of the suspe...