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Using boundary elements based on the three-dimensional modelling for linear fracture mechanics, we present an analysis of cracking in a coated specimen subject to contact load.
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Generalised linear modelling for proportion data and standard linear modelling showed significant overdispersion and heteroscedasticity, respectively.
A third model included only cohort, which was modelled for both linear and curvilinear (quadratic) changes.
The paper focuses on the definition of a reduced order model for linear modal analysis.
This paper presents a probabilistic assessment model for linear elastic fracture mechanics (LEFM).
The role of monodisperse hydrogenated polybutadienes as models for linear and branched polyethylene is examined.
This paper provides a new class of moment models for linear kinetic equations in slab geometry.
Sorption onto the fracture walls is added by a mathematical model for linear sorption.
In this way a coupled set of Langevin equations is constructed similar to the Rouse model for linear polymer chains.
The tube model for linear and branched architectures is nowadays able to predict in high precision the linear viscoelastic relaxation time spectrum.
For the second case, a combination between the previous diagnoser and models for linear systems representing the faulty behavior are used to detect and isolate the fault.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com