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The boundary conditions of heat transfer and material flow are determined with considering a partial sticking/sliding contact condition at the tool workpiece interface.
Then the influences of friction factor, axial feed per stroke, reduction in cross-section area, inlet angle of hammer, front-pull and back-push forces on the percentage of forward material flow are investigated.
An interface with different systems, incorporation of a different code, the database design, and the implementation of a dynamic material flow are discussed as components for the framework of the plant-level model.
The heat generation and material flow are classified into three states, namely insufficient state, balance state and excess state.
In this area, the lithospheric alignments and sub-lithospheric material flow are aligned in the same direction.
Similar(55)
Material flow is discussed from both an experimental and a modeling perspective.
The material flow was found to be a very complex process associated mainly with basal slip.
In the current work the continuum based implicit MPM is applied to engineering applications, where granular material flow is involved.
The character of the complex material flow is also identifiable, which is very useful to help improve die design.
The material flow was studied to explain the mechanism of the modified die design compared to the conventional die.
Material flow was found to be close to the simple-shear deformation and arose mainly from the prism slip.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com