Sentence examples for integral material from inspiring English sources

Where such information is not directly incorporated as an integral part of the publication itself, this integral material should be cited as evidence.

The tandem of Heisler/Gröber charts constitutes integral material in the chapter on unsteady heat conduction in most heat transfer textbooks.

For contemporary miniaturists in Pakistan, condensing a traditional methodology into a Western academic system has come with a heavy price; integral material and philosophical practices that were once transmitted organically through the ustad shagird (the master disciple) paradigm have been sacrificed.

"I wanted my actual body to be combined with the work as an integral material -- a further dimension of the construction...I am both image maker and image.

TCOs such as the most established indium tin oxide (ITO), aluminum-doped zinc oxide (AZO) and zinc oxide (ZnO) are standard integral materials in current thin-film solar PV devices [15, 16, 17, 18].

This approach, called Integral Aided Material Selection (IAMS), can overcome the main lack of traditional material selection model and provide a real support tool to the project team.

"It's an integral enough material, with enough design potential, that if you integrate it into architecture or interior design more deeply, you can have something exponentially wonderful". Written over a two-year period, "Tile Makes the Room," is a testament to the material's versatility and depth.

Researchers have devoted much attention lately to conductive plastics, which, unlike Integral's material, do not require any metal to make them effective carriers of electric current.

The newly formulated mathematical model is solved by discretizing the convolution integral and material balance equation, and then validated by simplifying it to the traditional Forchheimer model.

This paper presents a domain-independent interaction integral for material nonhomogeneity and discontinuity which can be used for solving the stress intensity factors (SIFs) and the electric displacement intensity factor (EDIF) of piezoelectric materials with complex interfaces efficiently.

In this paper, a fast analytical method is introduced for prediction of gas and condensate production profiles based on the two-phase pseudo-pressure integral and material balance equation.