Physiological cost of work under hot dry climates in Indian industries An analysis

REFERENCES

• ASTRAND , I. , 1960 , Aerobic work capacity in men and women with Special reference to age , Acta physiol. scand . Suppl . 169 , 1 – 92 .
   Google Scholar
• BROUHA , L. , and MAXFIELD , M. E. , 1963 , Discrepancy between heart rate and oxygen consumption during work in warmth , J. appl. Physiol ., 18 , 1095 .
   PubMed Web of Science ®Google Scholar
• BROUHA , L. , SMITH , P. E. , Jr. , DELANNE , R. , and MAXFIELD , M. E. , 1961 , Physiological reactions of men and women during muscular activity and recovery in various environments , J. appl. Physiol ., 16 , 133 .
   Web of Science ®Google Scholar
• CHRISTENSEN , E. H. , 1964 , Man at Work—Outline of Work Physiology ( New Delhi Chief Adviser, Factories, Ministry of Labour and Employment ).
   Google Scholar
• DURNIN , J. V. G. A. , and PASSMORE , R. , 1967 , Energy Work and Leisure ( London Heinemann ).
   Google Scholar
• EDHOLM , O. G. , ADAM , J. M. , and Fox , R. H. , 1962 , The effects of work in cool and hot conditions on pulse rate and body temperature , Ergonomics , 5 , 545 .
   Web of Science ®Google Scholar
• GANGULY , T. , KRISHNASWAMY , K. N. , and DUTTA , S. P. , 1971 , A pilot study on thermal stress in a steel foundry , Indian J. ind. Med ., 17 , 21 .
   Google Scholar
• LEBLANC , J. A. , 1957 , Use of heart rate as an index of work , J. appl. Physiol ., 10 , 275 .
   PubMedGoogle Scholar
• LEHMANN , G. , 1957 , Physiological measurements as a basis of work-organisation in industry , Ergonomics , 1 , 328 .
   Google Scholar
• LUNDGREN , N. P. V. , 1946 , Physiological effects of time schedule on lumberworkers , Acta physiol. scand ., 18 , 1 .
   Google Scholar
• MALHOTRA , M. S. , 1962 , Influence of body weight on energy expenditure , J. appl.Physiol , 17 , 433 .
   PubMed Web of Science ®Google Scholar
• MILLER , A. T. , Jr. , and BLYTHE , C. S. , 1955 , Influence of body type and body fat content on metabolic cost of work , J. appl. Physiol ., 8 , 139 .
   PubMed Web of Science ®Google Scholar
• MINARD , D. , GOLDSMITH , R. , FARRIER , P. H. , and LAMBIOTTE , B. J. , 1971 , Physiological evaluation of industrial heat stress , Am. ind. Hyg. J ., 32 , 17 .
   PubMed Web of Science ®Google Scholar
• MONOD , H. , 1967 , La validité des mesures de fréquence cardiaque en ergonomie , Ergonomics , 10 , 485 .
   PubMed Web of Science ®Google Scholar
• PIRNAY , F. , DEROATOTE , R. , and PETIT , J. M. , 1970 , Maximal oxygen consumption in a hot environment , J. appl. Physiol ., 28 , 642 .
   PubMed Web of Science ®Google Scholar
• SAHA , P. N. , 1972 , Environmental heat load and physiological strain in steel industry , Paper presented at the Symposium on Health in Relation to Work and Heat Stress in Places of Work , Ahmedabad , India .
   Google Scholar
• SEN , R. N. , 1966 , Studies on tolerance to dry and wet heat in industrial occupations in India , Human Adaptability to Environment and Physical Fitness , edited by M. S. Malhotra ( Madras Defence Inst, of Physiol, and All. Sciences ), pp. 72 – 81 .
   Google Scholar
• SEN , R. N. , CHATTERJEE , S. K. , SAHA , P. N. , and FLETCHER , J. G. , 1966 , Rationalization of Work Period and Rest Pause in a Steel Rolling Mill in Bombay ( India Industrial Physiology Division, CLI, Ministry of Labour and Employment ).
   Google Scholar
• SUGGS , C. W. , and SPLINTER , W. E. , 1961 , Some physiological responses of man to work and environment , J. appl. Physiol ., 16 , 413 .
   Web of Science ®Google Scholar
• WYNDHAM , C. H. , STRYDOM , N. B. , MORRISON , J. F. , WILLIAMS , C. G. , BREDELL , G. , PETER , J. , COOKE , H. M. , and JOFFE , A. , 1963 , The influence of gross body weight on oxygen consumption and on physical working capacity of manual labourers , Ergonomics , 6 , 275 .
   Web of Science ®Google Scholar