Finite element models, using the eigenstrain approach, are described that predict the residual stress fields associated with laser shock peening (LSP) applied to aerospace grade aluminium alloys.
A model is described that predicts patterns of polyomavirus SV40 infections and associated cancers in humans.
An information-processing model, based on the ACT-R theory, is described that predicts the BOLD response in these regions.
A new analytical, energy based approach is described that predicts the harmonic vibration response of a damped beam with multiple viscoelastic patches.
Here, a model is described that can be used to predict seasonal variation in growth and cardinal air temperatures from simple seasonal measurements at a single site.
In this paper, a two-dimensional finite Henkel transform technique is described that makes it possible to predict sound propagation from sources that generate non-cylindrically symmetric sound fields: e.g., arbitrarily oriented dipoles and quadrupoles.
It has been described that different profiles of circulating lipids can predict the risk of cardiovascular disease [ 34] and insulin resistance [ 35].
Several factors have been previously described that predict favourable long-term outcome from a multimodality approach, including clinical and pathological response to chemotherapy, the ability to completely resect the tumour and the mediastinal lymph nodes, and complete clearance of N2 disease (Albain et al, 1995; Elias et al, 1997; Burkes et al, 2005).
Gene expression profiles have been described for breast cancer that predict site specific recurrence e.g., bone and lung metastases[ 21- 23].
Ifit1 is induced in response to stimuli such as LPS, IL-1 and TNF (50, 51) and has been described among genes that could best predict the response to IFN-β treatment in MS patients (52).
