Based on this transient model, factors affecting the melting speed in reciprocating extruders are identified.
In arcing-wire GTAW process, the wire melting speed and weld penetration are decoupled.
The result has shown that screw rotation speed, screw axial movement speed, barrel thickness, barrel heat capacity, temperature of heater and polymer are factors affecting the melting speed and the transient effects.
In terms of the snowmelt/deicing performance, the HEA-MFL mixture performed much better than the regular SBS mixture regards of the higher snow melting speed and lower mixture-ice bond strength.
Figure 2c shows the predicted LSC phase map of the NWs, which plots the volume fraction versus the pulling speed, obtained by in situ observation of the melting speed and melted fraction.
For ideal melting speed, tightly pack the scoop.
Such melting can speed the seaward movement of ice in the same way that removing a doorstop lets a door swing freely.
The effect of processing conditions on the development of the normal birefringence in LGP moldings of PCs was ranked from most to least: the packing pressure, mold temperature, melt temperature, injection speed and packing time.
A liquid isothermal bath (LIB) was used in the spinline to produce high performance poly ethylene terephthalate) (PET) fibres at high speed melt spinning in a one step process.
To study the effect of NC content, three factors (i.e., melt temperature, screw speed, and feeding rate) through which residence time, shear intensity, and polymeric chains diffusion could be changed were chosen as follows: Figure 1 shows the effect of melt temperature on the tensile modulus and tensile strength at low and high NC content.
