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• W266560679 abstract "There are two prevalent methods for the non-destructive measurement of the moisture content of kiln-dried lumber: hand-held resistance meters in-line capacitance meters It is important to ensure that reliable measurements are obtained from these meters. It is evident from this year's Dry Kiln Club technical program that there is continuing interest in achieving a highly reliable method to non-destructively determine moisture contents. For instance, Mr. Briener is here from California to discuss performance of in-line meters, while Messrs. Pfaff and Garrahan, from Forintek's Eastern Laboratory, are here to discuss the improvement of measurements from a resistance meter. My topic this morning will be on what to do with these moisture content measurements after we take them. Improving moisture content measurement of boards will increase our ability to ensure the quality of our dried product. In-line moisture meters are capable of measuring all the boards going through the planer mill quickly and at a low cost to the producer. If an in-line moisture meter is not available, however, the quality of the charge is assessed by sampling boards with a hand-held moisture meter. In addition to improving the reliability of moisture measurements, attention must be focussed on decreasing sampling costs. One way to achieve this is to develop better models for the distribution of moisture contents for the dried boards in a kiln. This is the topic of today's talk. There are problems associated with resistance and capacitance meters. These problems include: the requirement for temperature correction species correction grain orientation affects the reading, and finally the instrument is capable of measuring only a narrow range of moisture contents. Typical values for this range of moisture contents are 6-30 percent on a dry basis (Pfaff and Garrahan, 1984). Because of the last point, if we take measurements with these meters, the resulting data can be regarded as censored. That is, we are incapable of measuring accurately beyond the upper and/or lower bounds of the meter. However, there exist statistical methods to evaluate censored data that are not commonly used in the forest industry. In statistical parlance, our measurements from the resistance meters are doubly Type I censored samples." @default.
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• W266560679 date "1985-01-01" @default.
• W266560679 modified "2023-09-27" @default.
• W266560679 title "The modelling of moisture content distributions on censored readings from a resistance meter" @default.
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