Sentence examples for interaction problems with from inspiring English sources

A new sliding mesh technique for finite element simulation of fluid solid interaction problems with large structural motions is presented in this paper.

In this paper some results on the convergence of the Gauss Seidel iteration when solving fluid/structure interaction problems with strong coupling via fixed point iteration are presented.

The main purpose of the research is to propose a numerical method by which it is possible to describe the soil structure interaction problems with a level of accuracy that can satisfy the needs of both the geotechnical and structural engineering fields.

FAST has been designed to study, in an integrated scenario: (a) relevant plasma-wall interaction problems, with a large power load (P/R ∼ 22 MW/m; P/R2 ∼ 12 MW/m2) and with a full metallic wall; (b) to tackle operational problems in regimes with relevant fusion parameters; (c) to investigate the non-linear dynamics of fast particles (alpha like) in burning plasmas.

It is characterized by impairments in social interaction, problems with verbal and non-verbal communication and restricted, repetitive behaviour, interests and activities.

Repetitive NSSI is associated with various concerns, among them depressive symptoms, self-esteem problems, alcohol and drug abuse, interaction problems with peers and family members, poor academic performance, and behavior problems [ 11, 15].

First, the dynamic axle loads are computed by solving the train-track interaction problem with a periodic model.

The finite element method (FEM) is first used to solve the transient train track bridge dynamic interaction problem, with an emphasis on the local vibration of the bridge.

Finally, the method is applied to a three-dimensional fluid structure interaction problem with two different materials: an isotropic neo-Hookean model and an anisotropic fiber-reinforced model.

A fully coupled model based on the acoustic/elastic interaction problem with a detailed resolution of the cochlea region and its interface with the skull and the air pathways, should provide an insight into this fundamental, long standing research problem.

HGS is betting that there will be fewer cross-interaction problems with therapeutic proteins than with traditional drugs, and that the market for therapeutic proteins currently about $20 billion—will boom.Move over HippocratesIf the true believers in genomics are correct, the coming century should see a plethora of diagnostics and precisely tailored drugs.