Sentence examples for proper machine from inspiring English sources
Paper manufacture involves beating or refining (defibring) the pulp, sizing and filling or loading (introducing various additives), and running the pulp into the proper machine (see papermaking).
Therefore, a proper machine type can be selected depending on the respective boundary conditions discharge, head, and operating speed, as long as the following aspects are considered.
However, some of these approaches have deficiencies and do not always produce proper machine groups and part families from the initial machine part incidence matrix.
Proper machine design, such as increased stiffness and damping of the machine tool structure can broaden the range of stable operating conditions.
The proposed method, called DAN (standing for Datasets as Networks), makes a step forward in the direction of investigating the possibility of using complex network analysis as a proper machine learning tool.
This constraint can be solved selecting proper machine setup conditions, which still largely relies on a trial and error method, and sometimes this approach is not optimum in a productivity sense.
In a practical situation, the machinability must be predicted in advance to determine the proper machining conditions, including the workpiece temperature.
The authors consider that proper machining of scintillator pieces, adequate choice of their packaging, and proper software analysis may overcome the revealed disadvantages.
These optimal combinations of machining parameters which is shown in table, with respect to the reference response parameters, satisfy the real requirement milling operations for the proper machining of Al-6061 alloy.
To obtain good machining performance, the pre-experiments are performed to analyze the effects of open voltage, discharge capacitance, pulse duration and feed rate on material removal rate (MRR) and kerf width, and whilst the proper machining parameters are determined.
Results show that the balancing process under the logarithmic formulation converges faster than with the least-squares expression and is also more appropriate to balance the stock allowance for proper machining of the part.
