Examples of 'multiscale' in a sentence
Meaning of "multiscale"
Multiscale is a noun used to refer to a method or approach that involves analysis or consideration at multiple scales or levels
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- Of, pertaining to, or operating across multiple scales.
How to use "multiscale" in a sentence
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multiscale
Its basic functions are multiscale and multidimensional.
Multiscale regime shifts and planetary boundaries.
These systems are sometimes referred to as multiscale systems.
A mixed and multiscale approach to internal work migration.
Hou is known for his research on multiscale analysis.
Multiscale modelling to improve hydrogen production.
The method is based on a multiscale coefficient thresholding technique.
No need for the map to be multiscale.
Digimat is a multiscale modeling software for composite materials.
This concept is called multiscale biology.
Multiscale motion mapping is a method of image analysis of the heart.
For that purpose we adopted the multiscale approach.
Magnetospheric multiscale instrument participation.
The profiles were analyzed using multiscale parameters.
Adopting a multiscale modeling approach seems to be an answer to this issue.
See also
Species environment associations along a multiscale habitat gradient.
Multiscale data management as a part of new chart production process.
A multichannel analyzer operating in multiscale can also be used.
Multiscale study on hydrogen mobility in metallic fusion divertor material.
They are based on multiscale histograms.
A multiscale time scheme is presented and its stability is proven.
We are also interested by multiscale problems.
Database and multiscale techniques for computational materials design.
This conflict was resolved by the multiscale model in two ways.
Multiscale description of biofilms in flows.
Homogenization and multiscale problems.
Multiscale structure design.
Wetting as a multiscale phenomenon.
Connections between the two scales are related to multiscale modeling.
Novel multiscale simulation software will address this urgent need.
A model of a mixed lubrication in mechanical seals based on a multiscale approach is presented.
Multiscale modeling was a key in garnering more precise and accurate predictive tools.
This kind of numerical modeling involves complex multiscale coupling problems.
Furthermore the multiscale approach allows us to clarifying the governance of public research.
It also provides a very nice framework for analyzing multiscale methods.
These multiscale maps are free to view and include some analytical functions.
It is truly multiscale.
Some of multiscale simulation resources will be promoted by integration into industrial methods.
The plastic behaviour is then implemented in the multiscale model and discussed.
Multiscale modeling of microbial biofilms for improved treatment of antibiotic resistant infections.
It is thus possible for example to perform multiscale and vocal gestural controls.
The second model is a multiscale formulation of the cardiovascular system with baroreflex mechanism.
Biomechanical engineering and bioengineering are based on multiscale but also multiphysical approaches.
The growth of multiscale modeling in the industrial sector was primarily due to financial motivations.
The usual methods do not account for multiscale correlations among species.
A multiscale characterization allowed to understand and model the evolution of this complex microstructure.
The strong temptation when simulating multiscale models is to rely on increasing computing facilities.
The numerical solution of the resulting linear system will be addressed by a multiscale multi.
Mechanical properties predicted by our multiscale algorithms were used to feed the remodeling model.
This thesis is composed of two parts describing two different aspects of multiscale problems.
