Although panel methods are generally limited to the solution of potential flow problems (i.e. inviscid, incompressible and irrotational flow), there are several boundary layer models which extend the scope of analysable problems to include those involving viscous flow.
Consistently, some studies have been recently enhanced by using models which extend the viewpoint on the whole conditional distribution of performance representing the different levels of students' attainment (Fryer and Levitt 2010; Davino et al. 2013), i.e. the quantile regression model (Koenker and Basset 1978).
Among these 677 candidates, 28 occur in Eugene models, which extend TAIR CDS models.
Later, Schmolke et al. [9] developed the Transparent and Comprehensive Ecological [TRACE] model documentation framework, which extends the idea of ODD to documenting not only a model, but the entire process of formulating, implementing, parameterising, testing and using a model (the so-called 'modelling cycle', [10]).
In this work, we introduce a new Capacitated Branch Restructuring Model which extends the available literature in delocation models.
This paper presents the design of a new coordination model which extends Linda with fine-grained access control.
This work presents a semantic cube model, which extends object-oriented technology to data warehouses and which enables users to design the generalization relationship between different cubes.
This work applies the process-view model, which extends beyond conventional activity-based process models, to design workflows across multiple enterprises.
We propose the decision-on-information-gain model, which extends the existing data collection convention to capture a range of interruptibility behaviour implicitly.
We subsequently present a new model, which extends the one proposed by Han and Wang in 1997 by considering the solder bump resistance to the flow.
