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Dissipative hydrodynamic simulations describe the stability of each observed particle train configuration.
The present paper analyses the sensitivity of the shock train configuration to a back-pressure variation.
In combination with the designs of rice seedling transplanting and gear train structure, a particular gear train configuration was selected.
A model train configuration combining the shortest computation time with the lowest experimental error was determined from numerical modeling and this was then used for wind tunnel testing.
A power train configuration with a fuel cell dominant model based on a Simulink architecture of the electric vehicle is used for testing the energy management system.
A series of small scale gap tests and detailed hydrodynamic simulations were used to validate the reactive flow model for predicting the shock propagation in a train configuration and to quantify the shock sensitivity of the energetic materials.
Similar(32)
It follows by parametric studies on the instability of vibration due to different train configurations.
For example, direct-acting overhead camshaft valve train configurations use a rotating tappet design.
A two-stage procedure that involves the selection of drive train configurations and the determination of gear ratios is presented.
This study investigates the advantages and disadvantages of three hybrid drive train configurations: series, parallel, and "through-the-ground" parallel.
Several tests were conducted for different train configurations, and two initial load levels, with an undisturbed flow velocity of 13.4 m/s.
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CEO of Professional Science Editing for Scientists @ prosciediting.com