The physiological responses of male low seam coal miners were measured both above and below ground to ascertain the characteristics and task demands of mining low coal in very restricted surroundings (seam height 1.2 m or lower). Aerobic capacity was estimated from measurements of expired air and heart rate taken while subjects rode a stationary bicycle. Total ventilation (as measured by a respirometer) was used to assess underground energy expenditure and oxygen consumption. Results indicate that low seam coal miners do not have higher maximum oxygen consumption values than non mining populations. Individual task analyses for oxygen uptake and kilocalorie expenditure are discussed
To appraise the coalmines tidy impact on lung function among coal workers and non-coal workers. This...
Underground coal miners are exposed to a mixture of airborne hazards and their respiratory health ma...
Purpose. The objective of this thesis was to examine work in mines. Specifically, part #1 performed ...
Miners fitness test was assessed in terms of determination of maximum aerobic capacity by an indirec...
A battery of general anthropometric measures and selected iso-metric strength measures have been mad...
(1) Background: While previous studies revealed how underground mining might adversely affect the ca...
It is generally accepted that the work of miners is a complex task. The physical work must be perfor...
This study was conducted to evaluate the physical/mechanical characteristics of typical selected min...
The purpose of this study was to examine the lifting capacity of low-seam coal miners in four restri...
A series of psychophysical lifting studies was conducted to establish maximum acceptable weights of ...
The mechanical properties of the lungs and of the small airways of 36 coalminers were investigated. ...
38 miners were examined over a period of 125 manshifts in exposed working sites in coal mines (local...
Background. The mining industry has one of the highest occupational rates of serious injury and fata...
Objective: to assess the arterial concentration patterns of oxygen, the tolerance to moderate exerci...
Thesis (MSc (Occupational Hygiene))--North-West University, Potchefstroom Campus, 2013.Motivation: T...
To appraise the coalmines tidy impact on lung function among coal workers and non-coal workers. This...
Underground coal miners are exposed to a mixture of airborne hazards and their respiratory health ma...
Purpose. The objective of this thesis was to examine work in mines. Specifically, part #1 performed ...
Miners fitness test was assessed in terms of determination of maximum aerobic capacity by an indirec...
A battery of general anthropometric measures and selected iso-metric strength measures have been mad...
(1) Background: While previous studies revealed how underground mining might adversely affect the ca...
It is generally accepted that the work of miners is a complex task. The physical work must be perfor...
This study was conducted to evaluate the physical/mechanical characteristics of typical selected min...
The purpose of this study was to examine the lifting capacity of low-seam coal miners in four restri...
A series of psychophysical lifting studies was conducted to establish maximum acceptable weights of ...
The mechanical properties of the lungs and of the small airways of 36 coalminers were investigated. ...
38 miners were examined over a period of 125 manshifts in exposed working sites in coal mines (local...
Background. The mining industry has one of the highest occupational rates of serious injury and fata...
Objective: to assess the arterial concentration patterns of oxygen, the tolerance to moderate exerci...
Thesis (MSc (Occupational Hygiene))--North-West University, Potchefstroom Campus, 2013.Motivation: T...
To appraise the coalmines tidy impact on lung function among coal workers and non-coal workers. This...
Underground coal miners are exposed to a mixture of airborne hazards and their respiratory health ma...
Purpose. The objective of this thesis was to examine work in mines. Specifically, part #1 performed ...