PERFORMANCE OF THE ANALOG AND THE DIGITAL PROFILOMETER WITH WHEELS AND WITH NON-CONTACT TRANSDUCERS. FINAL REPORT
German Claros, W R Hudson, C E Lee
Abstract
German Claros, W R Hudson, C E Lee
Abstract
This report describes a correlation study between an analog GM profilometer (the old profilometer) and a digital GM profilometer model 690D (the new profilometer). This correlation is very important because it provides the information necessary to make a smooth transition between the use of these two instruments. Multiple regression analysis is used to obtain Serviceability Index using root-mean-square vertical acceleration (RMSVA). RMSVA indexes are well defined and precisely measurable with the profilometer. A series of regression equations are presented in order to predict RMSVA from the old profilometer using the new profilometer. This report also presents an evaluation of non-contact transducers in the profilometer, which makes possible an increase of the profilometer speed during the profiling process and decreases damage to the profilometer.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
This report describes a correlation study between an analog GM profilometer (the old profilometer) and a digital GM profilometer model 690D (the new profilometer). This correlation is very important because it provides the information necessary to make a smooth transition between the use of these two instruments. Multiple regression analysis is used to obtain Serviceability Index using root-mean-square vertical acceleration (RMSVA). RMSVA indexes are well defined and precisely measurable with the profilometer. A series of regression equations are presented in order to predict RMSVA from the old profilometer using the new profilometer. This report also presents an evaluation of non-contact transducers in the profilometer, which makes possible an increase of the profilometer speed during the profiling process and decreases damage to the profilometer.
Key concepts: Profilometer, Transducer, Optics, Acoustics, Materials science, Surface finish, Composite material, Physics