1 Allread, "Trunk kinematics of one-handed lifting and the effects of asymmetry and load weight" 39 (39): 322-334, 1996
2 Thompson, "The relationship of isometric strength to peak dynamic hand forces during submaximal weight lifting International Journal of Industrial Ergonomics" 15-23, 1992
3 Snook, "The design of manual handling tasks revised tables of maximum acceptable weights and forces" ergo (ergo): 1197-1213, 1991
4 Snook, "The Design of Manual Handling Tasks" ergo (ergo): 963-985, 1978
5 Mital, "Subjective estimates of one-handed carrying tasks" applied ergo (applied ergo): 265-269, 1983
6 Marras, "Spine loading during asymmetric lifting using one versus two hands" 41 (41): 817-834, 1998
7 Mital, "Relationship between Lifting Capacity and Injuries in Occupations Requiring Lifting Proceedings of the Human Factors Society 22nd Annual Meeting" 1978
8 Snook, "Psychophysical Studies of Physiological Fatigue Criteria" 291-299, 1969
9 Ayoub, "Psychophysical Based Models for the Prediction of Lifting Capacity of the Industrial Worker Paper presented at the Automotive Engineering Congress and Exposition" 1976a
10 Ayoub, "Pro- ceedings of the 5th Congress on Ergonomics" 1973
1 Allread, "Trunk kinematics of one-handed lifting and the effects of asymmetry and load weight" 39 (39): 322-334, 1996
2 Thompson, "The relationship of isometric strength to peak dynamic hand forces during submaximal weight lifting International Journal of Industrial Ergonomics" 15-23, 1992
3 Snook, "The design of manual handling tasks revised tables of maximum acceptable weights and forces" ergo (ergo): 1197-1213, 1991
4 Snook, "The Design of Manual Handling Tasks" ergo (ergo): 963-985, 1978
5 Mital, "Subjective estimates of one-handed carrying tasks" applied ergo (applied ergo): 265-269, 1983
6 Marras, "Spine loading during asymmetric lifting using one versus two hands" 41 (41): 817-834, 1998
7 Mital, "Relationship between Lifting Capacity and Injuries in Occupations Requiring Lifting Proceedings of the Human Factors Society 22nd Annual Meeting" 1978
8 Snook, "Psychophysical Studies of Physiological Fatigue Criteria" 291-299, 1969
9 Ayoub, "Psychophysical Based Models for the Prediction of Lifting Capacity of the Industrial Worker Paper presented at the Automotive Engineering Congress and Exposition" 1976a
10 Ayoub, "Pro- ceedings of the 5th Congress on Ergonomics" 1973
11 Lubbock, "Predictive Models for the Maximum Acceptable Weight of Lift" Texas Tech University 1974
12 Poulsen, "Prediction of Maximum Loads in Lifting from Measurement of Back Muscle Strength" 146-149, 1970
13 McDaniel, "Prediction of Acceptable Lift Capability" Texas Tech University 1972
14 Garg, "Physiological response to one-handed in the horizontal plane by female workers" 190-2001983
15 "National Institute for Occupational Safety and Health Work Practices Guide for Manual Lifting Department of Health and Human Services Publication No" 81-122, 1981
16 Ayoub, "Modeling of Lifting Capacity as a Function of Operator and Task Variables Paper presented at the International Symposium Safety in Manual Materials Handling" 197619-211976b
17 Ayoub, "Modeling in Lifting Activities Paper presented at the American Industrial Hygiene Association Meeting" 1973
18 Garg, "Maximum frequency acceptable to female workers for one-handed lifts in the horizontal plane" ergo (ergo): 839-853, 1982
19 Snook, "Maximum Weights and Work Loads Acceptable to Female Workers Journal of Occupational Medicine" 527-534, 1974
20 Snook, "Maximum Frequency of Lift Acceptable to Male Industrial Workers" 531-536, 1968
21 "LIDO Lift User's Guide" Loredan Biomedical, Inc. 1995
22 Mital, "Human muscle strength definitions, measurement, and usage: Part II - The scientific basis (knowledge base) for the guide" 22 : 123-144, 1998b
23 Mital, "Human muscle strength definitions, measurement, and usage: Part I - Guidelines for the practitioner" 22 : 101-121, 1998a
24 Chaffin, "Ergonomics Guide for The Assessment of Human Static Strength" 505-511, 1975
25 Pytel, "Dynamica Strength Test as A Predictor for Maximal and Acceptable Lifting" ergo (ergo): 663-672, 1981
26 Ayoub, "Dynamic Biomechanical Model for Sagittal Lifting Activities Proceedings of the 6th Congress of International Ergonomics Association" 355-359, 1976
27 Ayoub, "Determination and modeling of lifting capacity" 5r010h& (5r010h&): 00545-02, 1978
28 Gall, "Changes in physical capacity as a function of age in heavy manual work" 47 (47): 671-687, 2004
29 "Bureau of Labor Statistics, U.S.A." 2005
30 Kromer, "An Isoinertial Technique to Assess Individual Lifting Capacity" 493-506, 1983
31 Caldwell, "A Proposed Standard Procedure for Static Muscle Strength Testing" 201-206, 1974
32 Dryden, "A Predictive Model for the Maximum Permissible Weight of Lift from Knuckle to Shoulder Height" Texas Tech University 1973
33 Chaffin, "A Method for Evaluating the Biomechanical Stresses Resulting from Manual Materials Handling Jobs" 662-675, 1977
34 and Ayoub, "A Comparison of Dynamic- and Static¬ strength Models for Prediction of Lifting Capacity" ergo (ergo): 1409-1417, 1985
35 Garg, "A Biomechanical Computerized Simulation of Human Strength" 1-15, 1975