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The objective of this study is to identify the airflow patterns of attached plane jets and set up an efficient model to predict the maximum jet velocity decay of an attached plane jet after its impingement with the corner in a high room.
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A computationally efficient engineering model to predict adhesion in rolling contact in the presence of water is presented which may be implemented in multibody dynamics software or in braking models to study train performance and braking strategies.
With this dataset, an efficient computational model to predict the translation rate was constructed with Nearest Neighbor Algorithm (NNA) and cross-validated.
This paper presents a computationally efficient flow network model to predict the flow distribution in compact multi-channel parallel flow heat exchangers.
This paper presents an efficient Rayleigh Ritz numerical model to predict the deformed shape and the multistable behaviour of free-standing square and rectangular 0/90 unsymmetric composite plates subjected to thermal and environmental loads.
The proposed efficiency model combines a computationally efficient contact model and a mixed elastohydrodynamic lubrication (EHL) based surface traction model to predict friction power losses.
Using the model to predict future values.
Accordingly, efficient simulation models to predict the acoustic insulation of double-leaf wall structures are needed.
To support wafer backend process development, it is necessary to develop reliable and efficient methodologies (both testing and modeling) to predict the thermal and mechanical behavior of backend processes.
After fitting of parameters, the highly efficient model allows to predict accurately the measured quench sensitivity, the volume fractions of quench induced precipitates, enthalpy changes in the quenched sample and hardness values.
Developing highly efficient heat-exchangers and strategies to avoid/remove frost formation implies the use of detailed models to predict and evaluate different heat-exchanger designs and strategies.
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