Predicting energy expenditure with loads while standing or walking very slowly

Cited by (473)

Items 201–300 of 473

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3. An Energy Expenditure Approach for Estimating Walking Distance
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6. The allocation and interaction model: A new model for predicting total energy expenditure of highly active humans in natural environments
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8. Comparing network construction techniques in the context of local transport networks in the Dutch part of the Roman limes
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11. Comparative Analysis of Metabolic Cost Equations: A Review
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12. Le coût énergétique de la course à pied de durée prolongée: étude des paramètres d’influence
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17. Moving in extreme environments: extreme loading; carriage versus distance
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20. No sex differences in the economy of load‐carriage
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29. Assessing the metabolic cost of walking: The influence of baseline subtractions
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35. Cold-weather clothing
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37. Inside the ‘Hurt Locker’: The Combined Effects of Explosive Ordnance Disposal and Chemical Protective Clothing on Physiological Tolerance Time in Extreme Environments
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38. Exercise Core Temperature Response with a Simulated Burn Injury: Effect of Body Size
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39. Validation and adjustment of the mathematical prediction model for human rectal temperature responses to outdoor environmental conditions
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40. A New Generic Approach to the Pedestrian Fundamental Diagram
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41. Complex terrain load carriage energy expenditure estimation using global positioning system devices
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42. Biomechanical model for energy consumption in manual load carrying on Indian farms
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43. Accuracy of Metabolic Cost Predictive Equations During Military Load Carriage
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44. Influence of Weight Classification on Walking and Jogging Energy Expenditure Prediction in Women
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45. Improvements in the Omni-Directional Treadmill: Summary Report and Recommendations for Future Development
    Harrison P. Crowell, Jim A. Faughn, Phuong Tran, Patrick W. Wiley · 2006
46. Methods of energy generation from the human body: a literature review
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47. Australian Defence Force Nutritional Requirements in the 21st Century (Version 1)
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48. Minimal energetic expenditure of women walking burdened on gradients in urban environments
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49. Theory of Fast Walking With Human-Driven Load-Carrying Robot Exoskeletons
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50. Economic Foraging at a Distance Is Not a Question Of If but When: A Response to Grimstead
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51. Quantification of energy expenditure of military loaded runs: what is the performance of laboratory-based equations when applied to the field environment?
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52. The impact of carrying load on physical performance during ascending evacuation movement
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53. Effect of Added Mass on Human Unipedal Hopping at Three Frequencies
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54. Physiological Strain During Load Carrying: Effects of Mass and Type of Backpack
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55. Predicting metabolic rate during level and uphill outdoor walking using a low-cost GPS receiver
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56. Effect of Physical Load on Aerobic Exercise Performance during Heat Stress
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57. Modeling Thermoregulatory Responses to Cold Environments
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60. AN INVESTIGATION OF THREE EXTREMITY ARMOR SYSTEMS: DETERMINATION OF PHYSIOLOGICAL, BIOMECHANICAL, AND PHYSICAL PERFORMANCE EFFECTS AND QUANTIFICATION OF BODY AREA COVERAGE
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62. Field validation of an energy expenditure model for walking soldiers
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63. DEET insect repellent: effects on thermoregulatory sweating and physiological strain
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64. A novel modeling and simulation approach for the prediction of human thermophysiological comfort
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66. Field validation of The Heat Strain Decision Aid during military load carriage
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67. Lipid profile in trained subjects undergoing complete food deprivation combined with prolonged intermittent exercise
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68. Evaluation of a Numerical Methodology to Estimate Pedestrians’ Energy Consumption and PM Inhalation
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71. Energy cost associated with moving platforms
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75. Biomechanics of Load Carriage
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95. EFFECTS OF EXTREMITY ARMOR ON METABOLIC COST AND GAIT BIOMECHANICS
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