Sentence examples for models for solids from inspiring English sources

Raw and pre-treated sludge depicted non-Newtonian and pseudoplastic behavior with 85%97%% confidence of fit into Bingham, Casson, Power and IPC paste models for solids concentration ranging from 15 g L−1 to 35 g L−1.

The developed models for solids friction were validated for their scale-up accuracy by using them to predict the pressure drops in five larger and longer pipelines (69 mm I.D. × 168 m long; 105 mm I.D. × 168 m long; 69 mm I.D. × 554 m long, 65 mm I.D. × 254 m long and 80/100 mm I.D. × 407 m long pipes) and by comparing the experimental versus predicted pneumatic conveying characteristics.

Numerical models for solid oxide fuel cells (SOFCs) are needed in system modeling studies of fuel cell-based power generation systems.

However, models for solid waste have seldom been studied and need to be studied further.

By studying intermediate devolatilization processes during solid fuel pyrolysis, detailed models for solid fuel conversion can be formulated.

This paper presents new steady-state and dynamic models for solid oxide fuel cells (SOFCs) using core vector regression (CVR).

Simple models for solid deposition damage were applied to generate morphology-evolving processes for a given network.

In order to effectively predict abrasive wear in large scale applications, models for solid structure, granular material flow and wear behaviour have to be coupled.

The paper describes two 2D steady-state models for solid oxide fuel cells (SOFC) with planar and tubular geometries fuelled by methane.

We propose an efficient and accurate parametric finite element method (PFEM) for solving sharp-interface continuum models for solid-state dewetting of thin films with anisotropic surface energies.

Consequently, a series of analytical models for solid-state transformation, where a particle undergoes 1-scale blocking, k-scale blocking and infinite-scale blocking, were developed.