This paper proposes a procedure for assessing a measurement system and manufacturing process capabilities using Gage Repeatability and Reproducibility (GR&R) designed experiments with four quality measures.
This paper presents an FPGA-based measurement system with direct digital synthesis capabilities for Chlorophyll fluorescence measurement.
More recent work by Mastalerz et al. [ 24], using the Grip Force Measurement System, explored the maximal strength capabilities of the hand, regarding the grip handle diameter and position, among young men and women but failed to identify an optimal handle diameter generating the maximal handgrip force.
Firstly, the specifications of a product, technology and measurement system are introduced, then the capability of the system is tested, and finally the controllable and uncontrollable factors influence on the system are contemplated with regard to providing the product with technological quality.
To further evaluate the feasibility of this measurement system as well as its resolution capabilities, we carried out a 3-D sensitivity distribution experiment.
In conclusion, the procedure proposed in this research using GR&R designed experiments provides valuable procedure and helpful guidelines to quality and production managers in assessing the capabilities of a measurement system and manufacturing process, and deciding the needed actions for improving performance.
The detailed capability of this measurement system based on experimental data is discussed in this paper.
The HP measurement system possibly has a low detection capability for low-frequency variations.
Further studies are needed to put the in-line capability of the measurement system to the test.
The measurement capability of the thrust measurement system is exemplified herein through the test firing a LOX/Methane thruster at steady-state and pulsing conditions.
The method quantifies uncertainty in terms of the random effects associated with a measurement system and the uncertainty associated with the finite resolution capabilities of the measurement system.
