The purpose of this paper is to discuss current methods of measurement and assessment of straightness, flatness, roundness, and surface texture. Possible future developments will also be discussed. Each method will be discussed on the following bases: scope, accuracy, information available, and cost and convenience of obtaining data.
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References
1.
DewG. D.‘Optical flatness measurement—the construction and use of the Fizeau interferometer’, Optical Metrology Division, National Physical Laboratory.
2.
Miyazaki. ‘An electronic method, based on the surface of a liquid for measuring straightness’, Microtecnic1962 (No. 2).
3.
Miyazaki‘An electronic method, based on the surface of a liquid, for measuring flatness’, Microtecnic1965 (No. 2).
4.
TillenR. J.‘Optical alignment devices and their applications in engineering’, Quality Engineer1965 (September).
5.
Miyazaki‘The capacitive standard straight edge based on the surface of a liquid,’Microtecnic1967 (June).
6.
Basic geometry of alignment procedures (Rank Taylor Hobson publication).
7.
HarrisonP. W.‘Optical alignment measurement’, N.P.L. Summer School 1967.
8.
HarrisonP. W.‘An optical instrument for measuring generator form on large rolls’, in Optics in metrology (Pergamon Press).
9.
DysonJ.‘Circular and spiral diffraction gratings’, Proc. roy. Soc. A1958248, 93.
10.
EnnosA. E.‘Preparation of phase diffraction gratings by vacuum evaporation’, J. opt. Soc. Am.1960.
11.
McLeodJ. H.‘The axicon—a new type of optical element’, J. opt. Soc. Am.1954 (August).
12.
SteelW. H.‘Axicons with spherical surfaces’, in Optics in metrology (Pergamon Press).
13.
DysonJ.‘Optical alignment devices based on a mirror system’, Optica acta1961.
14.
CunyJ.‘Testing the straightness of slideways and flat surfaces using the optical rule’, Microtecnic19504.
15.
DewG. D.‘A method for the precise evaluation of interferograms’, J. scient. Instr.196441.
16.
ScarrA. J.‘Note on the autocode programme to determine the flatness of a surface table using the least-square mean plane criterion’, Int. J. Prod. Rec.19643.
17.
GalyerJ. F. W.ShotboltC. R.Metrology for engineers (Cassell).
18.
SharpK. W. B.Practical engineering metrology (Pitman).
19.
Ehrenreich‘The slope of the bearing area as a measure of the surface texture’, Microtecnic1959.
20.
RubertM. P.‘Comparator scales aid surface finish selection and control’, Metalwkg Prod.1964 (June).
ReasonR. E.‘The trend of surface measurement’, Symp. Engineering Dimensional Metrology1953.
24.
IvannisM.‘Control instrument for checking the degree of finish of plane surfaces’, Microtecnic1957.
25.
National Engineering Laboratory.N.E.L. Report1964.
26.
Moritadakubo‘An instrument for the measurement of slope and height distribution of surface roughness’, Microtecnic1966 (November); Rev. scient. Inst. 36 (No. 2).
27.
National Engineering Laboratory.N.E.L. Report1964.
28.
Bickel‘Testing the precision of electrical instruments for the measurement of roughness’, Microtecnic1960.
29.
‘Calibration blocks for surface texture instruments’, N.E.L. Leaflet No. 5871966.
30.
WhitehouseD. J.ReasonR. E.‘The equation of the mean line of surface texture found by an electric wave filter’, Rank Taylor Hobson1964.
31.
Hoch‘Non-contact metrology of rotating bodies and axially mounted assemblies—a new method free from measuring forces’, Microtecnic1967 (April).
32.
GatesJ. W.‘An interferometer for testing sphericity’, in Optics in metrology (Pergamon Press).
33.
ReasonR. E.‘Report on the measurement of roundness’, Rank Taylor Hobson1966.
34.
Miyazaki‘An electronic method for measuring roundness by the radius method’, Microtecnic1966 (October).
