ToftL.KerseyA. T. J.Theory of machines1949 (Pitman, London).
2.
SteindlerA.Kinesiology1955 (Thomas, Springfield).
3.
GrantJ. C. B.A method of anatomy1958203 (Williams and Wilkins, Baltimore).
4.
DarcusH. D.‘The maximum torques developed in pronation and supination of the right hand’, J. Anat. Lond. 195185, 55.
5.
DarcusH. D.‘A strain-gauge dynamometer for measuring the strength of muscle contraction and for re-educating muscles’, Ann. phys. Med. 19531, 163.
6.
DarcusH. D.‘Range and strength of joint movement’, Symposium on human factors in equipment design edited by FloydW. F.WelfordA. T.1954 (Lewis, London).
7.
DarcusH. D.SalterN.‘The amplitude of pronation and supination with the elbow flexed to a right angle’, J. Anat., Lond. 195387, 169.
8.
SalterN.DarcusH. D.‘The effect of the degree of elbow flexion on the maximum torques developed in pronation and supination of the right hand’, J. Anat., Lond. 195286, 197.
9.
StierF.Die Geschwindigkeit von Armbewegungen unter besonderer Berucksichtigung von Einlegearbeiten an kleinen Pressen1959 Thesis submitted to the Technological University of Hanover for a doctor's degree.
10.
SchmidtkeH.StierF.‘An experimental evaluation of the validity of pre-determined elemental time systems’, J. Ind. Eng. 196112, 182.
11.
MaynardH. B. (editor). Industrial engineering handbook (Section IV) 1956 (McGraw-Hill, New York).
12.
FranzD.NadlerG.‘New measurements to determine the effect of task factors on body member acceleration patterns’, J. Ind. Eng. 196112, 317.
13.
HillA. V.‘Production and absorption of heat by muscle’, Science1960131 (No. 3404).
14.
LehmannG.‘Physiological measurements as a basis of work organization in industry’, Ergonomics19581, 328.
15.
McCughR.Time and energy relationships of one and two hand activity1952 Thesis submitted to Washington University for the degree of M.S.
16.
SquiresP. C.The shape of the normal work area1956New London, Conn., Navy Department Bureau of Medicine and Surgery, Medical Research Laboratory, Report 275.
17.
WachholderK.‘Selbstgewähltes Bewegungstempo und seine Beziehung zum Eigenrhythmus und zur Okonomie der Bewegung’, Arbeitsphysiologie19347, 422.
18.
TichauerE. R.MitchellR. B.WintersN.‘A comparison of the elements ‘move’ and ‘transport’ in MTM and work factor’, Microtecnic196316 (No. 6).
19.
NiebelB. W.Motion and time study3rd edition1958 (Richard D. Irwin, Homewood, Ill).
BrauneW.FischerO.‘Bestimmung der Trägheits-momente des Menschlichen Körpers’, Abh. sächs. Ges. (Akad.) Wiss. 1892Vol. XVIII, VIII: 465 (Hirzel, Leipzig).
22.
MitchellR. B.Tables of the radius of gyration and location of centre of mass of the upper limb1961 (University of New South Wales) (unpublished).
23.
WolffH. S.‘The integrating motor pneumotachograph’, Quart. J. exp. Physiol. 195843, 270.
24.
YuleG. U.KendallM. G.An introduction to the theory of statistics1958 (Charles Griffin, London).
25.
TichauerE. R.‘Operation of machine tools at high altitudes’, Ergonomics19636, 51.
26.
RankineW. J. M.Manual of applied mechanics, 2nd edition1860626 (Glasgow).
27.
ScholzH.‘Changing physical demands of foundry workers in the production of medium-weight castings’, Ergonomics19571, No. 1, pp. 30–38.
28.
WechslerD.The range of human capacities195293–108 (Williams and Wilkins, Baltimore).
29.
MüllerE. A.HimmelmannW.Geraete zur kontinuierlichen fotoelektrischen Pulszaehlung1957.
30.
AtzlerE.‘Probleme und Aufgaben der Arbeitsphysiologie’. Ergebn. Physiol. 192827, 720.
31.
BarnesR. M.HardawayH.PodolskiI.‘Which pedal is best?’Fact. Mgmt1942100, 99.
32.
BenedictF. G.CathcartE. F.Muscular work, a metabolic study with special reference to the efficiency of the human body as a machine1913 (The Carnegie Institution of Washington, Washington).
33.
ChristensenE. H.‘Physiological valuation of work in Nykroppa iron works’, Symposium on fatigue edited by FloydW. F.WelfordA. T.1953 (Lewis, London).
EllisD. S.Speed of manipulative performance as a function of work-surface height1950 Thesis submitted to Northwestern University for the degree of Ph.D.
36.
HartreeW.HillA. V.‘The regulation of the supply of energy in muscular contraction’, J. Physiol. 192155, 133.
37.
RohmertW.‘Die Armkraefte des Menschen im Stehen bei verschiedener Koerperstellung’, Int. Z. angew. Physiol. einschl. Arbeitsphysiol. 196018, 175.
38.
SaatyT. L.Mathematical methods of operations research1959 (McGraw-Hill, New York).
39.
SchmidtkeH.‘Der Einfluss der Bewegungsgeschwindigkeit auf die Bewegungsgenauigkeit’, Int. Z. angew. Physiol. einschl. Arbeitsphysiol. 195817, 252.
40.
StarrI.‘Units for the expression of both static and dynamic work in similar terms, and their application to weight-lifting experiments’, J. appl. Physiol. 19514 (No. 21).
41.
StrasserH.Lehrbuch der Muskel und GelenkmechanikVol. 31917 (Springer, Berlin).