40 results on '"Arellano, Christopher"'
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2. Exploring How the Arms Can Help the Legs in Facilitating Gait Rehabilitation.
3. Estimating Metabolic Energy Expenditure During Level Running in Healthy, Military-Age Women and Men
4. Do humans exploit the metabolic and mechanical benefits of arm swing across slow to fast walking speeds?
5. Using a simple rope-pulley system that mechanically couples the arms, legs, and treadmill reduces the metabolic cost of walking
6. Determinants of aponeurosis shape change during muscle contraction
7. Evidence of a tunable biological spring : elastic energy storage in aponeuroses varies with transverse strain in vivo
8. Nonlinear dynamics of running: Speed, stability, symmetry and the effects of leg amputations
9. Reflecting on Eliud Kipchoge’s Marathon World Record: An Update to Our Model of Cooperative Drafting and Its Potential for a Sub-2-Hour Performance
10. Modeling the Benefits of Cooperative Drafting: Is There an Optimal Strategy to Facilitate a Sub-2-Hour Marathon Performance?
11. How Biomechanical Improvements in Running Economy Could Break the 2-hour Marathon Barrier
12. Predictability Of Indoor Track And Cross Country Performances Using D' Or Anaerobic Work Capacity
13. Partitioning the Metabolic Cost of Human Running : A Task-by-Task Approach
14. A simple method reveals minimum time required to quantify steady-rate metabolism and net cost of transport for human walking
15. Author’s Reply to Candau et al.: Comment on: “How Biomechanical Improvements in Running Economy Could Break the 2-Hour Marathon Barrier”
16. Step-to-step variability indicates disruption to balance control when linking the arms and legs during treadmill walking
17. The effects of step width and arm swing on energetic cost and lateral balance during running
18. Simple models highlight differences in the walking biomechanics of young children and adults
19. Objective method reveals minimum time required to quantify net cost of transport across slow to fast walking speeds
20. Additional file 3 of Using a simple rope-pulley system that mechanically couples the arms, legs, and treadmill reduces the metabolic cost of walking
21. Additional file 2 of Using a simple rope-pulley system that mechanically couples the arms, legs, and treadmill reduces the metabolic cost of walking
22. Effects of course design (curves and elevation undulations) on marathon running performance: a comparison of Breaking 2 in Monza and the INEOS 1:59 Challenge in Vienna
23. The Energetic Cost of Maintaining Lateral Balance in Human Running: 842: June 1 2:00 PM - 2:15 PM
24. A low-cost method for carrying loads during human walking
25. The effects of course design (elevation undulations and curves) on marathon running performance: an a priori case study of the INEOS 1:59 Challenge in Vienna
26. Does Load Carrying Influence Sagittal Plane Locomotive Stability?
27. Effects of course design (curves and elevation undulations) on marathon running performance: a comparison of Breaking 2 in Monza and the INEOS 1:59 Challenge in Vienna.
28. Fatigue-induced adjustment in antagonist coactivation by old adults during a steadiness task
29. Effect of Running Speed and Leg Prostheses on Mediolateral Foot Placement and Its Variability
30. The metabolic cost of human running: is swinging the arms worth it?
31. CERES: Conjuring Emergency Relieving Expert System Using M-Health Technology and Rete Algorithm
32. Dynamic stability of running: The effects of speed and leg amputations on the maximal Lyapunov exponent
33. Does arm swing provide mechanical and metabolic benefits during human running?
34. The energetic cost of maintaining lateral balance during human running
35. The Metabolic Cost of Locomotion; Muscle by Muscle
36. The independent effect of added mass on the stability of the sagittal plane leg kinematics during steady-state human walking
37. HOW DO STEP WIDTH AND ARM SWING AFFECT ENERGETIC COST AND LATERAL BALANCE DURING RUNNING?
38. INCREASED INERTIAL FORCES REDUCES LOCOMOTIVE STABILITY.
39. DYNAMIC STABILTIY OF THE PARKINSONIAN GAIT.
40. Dynamic stability of running: the effects of speed and leg amputations on the maximal Lyapunov exponent.
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