Mechanical Design of Instruments

Andreeva L. E. 1966. Elastic elements of instruments, Translation from Russian, Israel Program for Scientific Translations Ltd, Israel.

AMETEK. 1973. Design data for Negator constant force springs, Hunter Spring Div., Hatfield, Pa, USA.

Baird K. M. 1968. ‘Compensation for linear thermal expansion’, Metrologia, 4, 145–6.

Beggs J. S. 1955. Mechanism, McGraw-Hill, New York.

BELL and HOWELL. 1974. The Bell and Howell pressure transducer handbook. Bell and Howell, CEC/Instruments Div, Pasadena, USA.

Bendix Corp 1975. Free flex flexure pivot engineering data, Bendix Corp, Pub No 00U-6-752B, Electric and Fluid Power Div, New York.

Braddick H. J. J. 1954. The physics of experimental method, Chapman and Hall, London.

Carson R. W. 1937. ‘Measuring elastic drift’, Proc ASTM, 37, 661–675.

CDA. 1953. Copper in instrumentation, Pub No 48, Copper Development Assoc, Radlett, UK.

Chironis N. P. 1961. Spring design and application, McGraw-Hill, New York.

Dorien-Brown B. 1971. Air springs for vibration isolation, Harold Armstrong Conf on ‘Production science in industry’, Institution of Engineers, Australia, Melbourne, August. 213–225.

Dratler J. Block B. 1972. ‘A wide-band horizontal accelerometer with preliminary Earth Normal mode and seismic investigations’, Geophys J R Astr Soc, 27, 337–367.

Eastman F. S. 1937. ‘The design of flexure pivots’, J Aeronautical Sciences, 5 (1), 16–21.

van Eijk J. Dijksman J. F. 1977. Plate spring mechanism with constant negative stiffness, Internal Report, Fine-mechanics Group, Technische Hoschule, Delft, Netherlands.

Eisley J. G. 1963. ‘Nonlinear deformation of elastic beams, rings and strings’, (Bibliography, 92 refs), Applied Mechanics Reviews, 16 (9), 677–679.

Faires V. M. 1955. Design of machine elements, Macmillan, New York.

Frazier R. H. Gilinson P. J. Oberbeck G. A. 1974. Magnetic and electric suspensions, types of suspensions developed in the Charles Stork Draper Laboratory, MIT Press.

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Gast T. 1968. Conversion of measuring values for mass, density and flow into proportional frequencies with the aid of free magnetic suspension, In IEE Conf Pub 43, Industrial measurement techniques for on-line computers, London, June.

Gast T. 1974. ‘Vacuum micro balances, their construction and characteristics’, J Phys E: Sci Instrum, 7, 865–875.

Geary P. J. 1954. Flexure devices — pivots, movements, suspensions, Sira Institute, Chislehurst, UK.

Geary P. J. 1960. Torsion devices, Sira Institute, Chislehurst, UK.

Geary P. J. 1964. Magnetic and electric suspensions, Sira Institute, Chislehurst, UK.

Gibbs D. F. 1957. ‘Spring diaphragms’, J Sci Instrum, 34, 34–35.

Gohn G. R. Fox A. 1965. ‘Stress relaxation in metallic springs and conductors’, Electrotechnology, 16, 85–92.

Haringx J. A. 1949. ‘The cross-spring pivot as a constructional element, Appl Sci Res, A1, 313–332.

Hugill A. L. 1978. Gravimeter design, Int Rep DSS/AH/171, Systems Science Dept, The City University, London. September.

Jones R. V. 1951. ‘Parallel and rectilinear spring movements’, J Sci Instrum, 28, 38–41.

Jones R. V. Young I. R. 1956. ‘Some parasitic deflexions in parallel-spring mounts’, J Sci Instrum, 33, 11–15.

Jones R. V. 1967. ‘The measurement and control of small displacements’, Phys Bull, 18, 325–326.

Jones R. V. 1968. ‘More and more about less and less’, Proc R Instn Gt Br, 43 (202), 323–45.

Minato K. Nakafuku C. Takemura T. 1969. ‘Rolling friction of metals’, Jap J App Phys, 8 (10), 1171–1179.

Neubert H. K. P. 1975. Instrument transducers — an introduction to their performance and design, Clarendon Press, Oxford.

Roark R. J. Young W. C. 1975. Formulas for stress and strain, McGraw-Hill, New York (Editions since 1938).

Rolt R. H. 1929. Gauges and fine measurements, 2 Vols, Macmillan, London.

Schmidt R. DaDeppo D. A. 1973. ‘Variational formulation of non-linear equations for straight elastic beams’, J Indust Maths Soc, 23 (2), 117–136.

Sim P. J. Ross H. A. Taylor R. J. 1971. Photographic gratings for linear measurement, Harold Armstrong Conf on ‘Production science in industry’, Institution of Engineers, Australia, Melbourne, August, 57–68.

Sydenham P. H. 1969. Manual and automatic large-scale dimensional metrology, PhD Thesis, University of Warwick, UK.

Sydenham P. H. 1980. Handbook of fundamentals of measurement science, Wiley, Chichester. (In press).

Thorpe A. G. II 1953. ‘Flexure pivots-design’, Product Engineering, 24 (2), 192–200.

Timoshenko S. MacCullough G. H. 1959. Elements of strength of materials, Van Nostrand, New Jersey (Numerous editions since 1935).

Timoshenko S. P. Gere J. M. 1961. Theory of elastic stability, McGraw-Hill, New York.

Tovey F. M. 1974. Material properties in the design of transducer flexibles, Ai Research Manuf Co, Phoenix, USA (plus illustrations to accompany above as separate).

Trylinski W. 1971. Fine mechanisms and precision instruments — principles of design, Pergamon Press, Oxford, translated by Voellnagel A. from Polish original.

Votta F. A. Jr. 1952. ‘The theory and design of long-deflection constant force spring elements’, Trans ASME, 74, 439–450.

Wahl A. M. 1963. Mechanical springs, McGraw-Hill, New York.

Weinstein W. D. 1965. ‘Flexure pivot bearings’, Machine Design, Part 1 June, 151–157, Part 2 July, 136–145.

Whitehead T. N. 1934. Instruments and accurate mechanisms — underlying principles, Macmillan, London (Also Dover Pubs, New York, 1954).

Wolsky S. P. Zdanvk E. J. 1969. Ultra-microweight determination in controlled environments, Wiley, New York.