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Books on the topic 'Dynamometers'

Author: Grafiati

Published: 4 June 2021

Last updated: 1 February 2022

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1

Axcell, Tami Joan. Reliability of computerized isokinetic dynamometers. Ottawa: National Library of Canada, 1993.

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2

Keogh, Christopher. The development of a test system for drive components. Dublin: University College Dublin, 1997.

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3

Civil, T. D. Allen. The Western Dynamometer Car. Uttoxeter: T.D.A. Civil, 1985.

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4

Ali, Baber. Monitoring vehicle performance using dynamometer technology. Oxford: Oxford Brookes University, 2004.

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5

Galindo, Eduardo, David Blanco, Chris J. Brace, Edward Chappell, and Richard Burke. Chassis Dynamometer Testing: Addressing the Challenges of New Global Legislation. Warrendale, PA: SAE International, 2017. http://dx.doi.org/10.4271/r-452.

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6

Williams, T. Dynamometer tests of the efficiency of a van transmission system. Crowthorne, Berks: Transport and Road Research Laboratory, Vehicles and Systems Assessment Dept., Vehicle Engineering Division, 1985.

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7

Midlatitude synoptic meteorology: Dynamics, analysis, and forecasting. Boston, Mass: American Meteorological Society, 2011.

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8

Bettes, Harold. Dyno testing and tuning. North Branch, MN: CarTech, 2008.

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9

Bettes, Harold. Dyno testing and tuning. North Branch, MN: CarTech, 2008.

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10

P, Wilmington Robert, and United States. National Aeronautics and Space Administration., eds. Astronaut candidate strength measurement using the Cybex II and the LIDO multi-joint II dynamometers. [Washington, DC: National Aeronautics and Space Administration, 1992.

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11

Irfan, Alan, University of Wisconsin--Madison, and Lewis Research Center, eds. System and component design and test of a 10 HP, 18,000 RPM dynamometer utilizing a high frequency AC voltage link. Madison, WI: University of Wisconsin, Dept. of Electrical and Computer Engineering, 1991.

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12

United States. National Aeronautics and Space Administration., ed. NASA project 1: Full-body dynamometer. [Washington, DC: National Aeronautics and Space Administration, 1993.

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13

United States. National Aeronautics and Space Administration., ed. NASA project 1: Full-body dynamometer. [Washington, DC: National Aeronautics and Space Administration, 1993.

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14

NASA project 1: Full-body dynamometer. [Washington, DC: National Aeronautics and Space Administration, 1993.

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15

S, Tripp John, Tcheng Ping, and Langley Research Center, eds. First International Symposium on Strain Gauge Balances. Hampton, Va: National Aeronautics and Space Administration, Langley Research Center, 1999.

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16

Rafferty, Gerrard, and John Moxham. Assessment of Peripheral and Respiratory Muscle Strength in ICU. Oxford University Press, 2014. http://dx.doi.org/10.1093/med/9780199653461.003.0047.

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Abstract:

Skeletal muscle weakness affecting the respiratory and peripheral muscles is common in critically ill patients and can lead to difficulties in weaning, prolonged ICU admission, and significant morbidity in survivors. A number of techniques can be used to assess muscle strength. In the peripheral muscles, volitional techniques employing scoring systems or portable hand dynamometers are relatively simple and quick to use, requiring little or no specialist equipment. Such techniques can, however, only be applied to conscious and cooperative patients, preventing assessment of muscle weakness in many ICU patients. The volitional requirement also limits the ability to distinguish poor motivation and impaired cognition from true loss of muscle function. Non-volitional techniques involving motor nerve stimulation provide measures of muscle force production in non-cooperative patients but require specialist equipment. Normative data for comparative purposes are limited. Also, it is not clear which peripheral muscle best reflects generalized muscle weakness. Measurements of maximal inspiratory and expiratory pressures are widely used to assess respiratory muscle strength in ICU patients and are applicable to patients who can make some respiratory effort. As with all tests requiring patient cooperation, reliability is limited. Phrenic nerve stimulation allows direct, non-volitional assessment of diaphragm and phrenic nerve function, and normative values for comparative purposes are available. Magnetic phrenic nerve stimulation is well tolerated, can be performed in the presence of vascular catheters, and is used to document respiratory muscle weakness and track progression in critically ill patients.

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17

Rodrigues, Terence Keith. Computerised dynamic control of an ac dynamometer. 1998.

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18

institutet, Karolinska, ed. Dynamic dynamometry in research and clinical work: Abstracts. Stockholm, Sweden: Scandinavian journal of rehabilitation medicine, 1992.

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19

Dynamic dynamometry in research and clinical work: Abstracts. Stockholm, Sweden: Scandinavian journal of rehabilitation medicine, 1992.

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20

Lee, K. P. Preliminary Design of Linear Alternator Dynamometer for Free Piston Stirling Engines. Oak Ridge National Laboratory, 1985.

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21

-H, Dickhuth H., Horstmann T, and Mayer F, eds. Isokinetic dynamometry in sports science, sports medicine, and clinical research. Stuttgart: Thieme, 1994.

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22

The reliability of a computerized method for assessment of anaerobic power and work capacity using maximal cycle ergometry. 1990.

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23

The effects of pedal frequency on VO₂ and work output at lactate threshold (LT), fixed blood lactate concentrations of 2 and 4 mM and at max in competitive cyclists. 1985.

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24

Cross-education following single-limb eccentric and concentric training on the Biodex isokinetic dynamometer. 1994.

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25

Cross-education following single-limb eccentric and concentric training on the Biodex isokinetic dynamometer. 1994.

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26

Mahler, Erik B. Cross-education following single-limb eccentric and concentric training on the Biodex isokinetic dynamometer. 1994.

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27

Cross-education following single-limb eccentric and concentric training on the Biodex isokinetic dynamometer. 1994.

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28

The effect of adhesive ankle strapping upon isokinetic strength as measured by use of the Biodex dynamometer. 1989.

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29

Critical time in the PWC 170 test: The influences of work load duration, work load intensity, and state of training. 1986.

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30

Critical time in the PWC 170 test: The influence of work load duration, work load intensity, and state of training. 1986.

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31

Reliability and grip strength profiles for Texas high school males using an electronic hand dynamometer. 1988.

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32

Reliability and grip strength profiles for Texas high school males using an electronic hand dynamometer. 1990.

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33

Comparison of cranking versus pulling arm ergometry for elicitation of maximal oxygen consumption in female Nordic skiers. 1986.

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34

Comparison of cranking versus pulling arm ergometry for elicitation of maximal oxygen consumption in female Nordic skiers. 1986.

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35

Peak torque reliability of Biodex B-2000 isokinetic dynamometer during concentric loading of back flexors and extensors. 1992.

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36

Comparison of cranking versus pulling arm ergometry for elicitation of maximal oxygen consumption in female Nordic skiers. 1986.

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37

Specification list and function structure for a full-body dynamometer to be used aboard Space Station Freedom. [Washington, DC: National Aeronautics and Space Administration, 1993.

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38

Specificity of cycle ergometer pedaling speed on pulmonary ventilation: Acute and chronic effects of exercise. 1986.

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39

Specificity of cycle ergometer pedaling speed on pulmonary ventilation: Acute and chronic effects of exercise. 1986.

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40

Specificity of cycle ergometer pedaling speed on pulmonary ventilation: Acute and chronic effects of exercise. 1986.

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41

Peckham, David John. Validation of a method for rapid collection and processing of isokinetic data. 1988.

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42

Physiological responses to maximal exercise in tethered swimming, leg cycle ergometry, and simultaneous arm and leg work: On an air braked ergometer among swimmers. 1986.

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43

A comparison of isokinetic knee flexion/extension torque values using dual and single pad input accessories. 1986.

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44

A comparison of isokinetic knee flexion/extension torque values using dual and single pad input accessories. 1988.

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45

Hemodynamic responses of cardiovascular diseased patients during submaximal cycling in water. 1985.

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46

Iossifidou, Anna N. Isokinetic dynamometry: Inertial errors in the assessment of muscle function and the prediction of performance. 1999.

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47

Intratester and intertester reliability when using the Chatillon hand-held dynamometer to measure force production in the upper and lower extremities. 1994.

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48

The reliability of a computerized method for assessment of anaerobic power and work capacity using maximal cycle ergometry. 1990.

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49

Intratester and intertester reliability when using the Chatillon hand-held dynamometer to measure force production in the upper and lower extremities. 1994.

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50

The reliability of a computerized method for assessment of anaerobic power and work capacity using maximal cycle ergometry. 1989.

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