Research Article
Investigation into the Mechanism of the Steel Particle Feeding Process: A Numerical and Experimental Study
| Items | Parameters | Units | Value |
| Steel particles | Diameter | m | 0.0008-0.003 | Density | kg/m3 | 7400 | Elastic modulus | Pa | 2700000 | Poisson’s ratio | 0.3 | High-pressure tank | Diameter | mm | 200 | Diameter of the feeding hole | mm | 25 | Height | mm | 400 | Half of apex angle | ° | 45° | Operation | Pressure | MPa | 20 | Diameter of the orifice | mm | 9.5 | Calculation | Friction coefficient between particles and tank wall | | 0.3 | Friction coefficient between particles | | 0.3 | Fluid | Surface tension | N/m | 0.06 | Viscosity | Pa·s | 0.002 |
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