Stair Descent Physics: Share Lecture Illustration

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SUMMARY

This discussion focuses on illustrating the physics of walking down a staircase, particularly how divergent stair risers impact human stride. The user seeks articles or illustrations that effectively convey these concepts, referencing a relevant publication on slinky motion and a biophysics presentation on stair climbing biomechanics. The shared resources include a link to a physics article from AAPT and a SlideShare presentation, both of which provide valuable insights into the biomechanics involved in stair traversal.

PREREQUISITES
  • Basic understanding of biomechanics
  • Familiarity with applied physics concepts
  • Knowledge of illustration techniques for educational purposes
  • Experience with academic research and resource identification
NEXT STEPS
  • Research "Biomechanics of Stair Climbing" for deeper insights
  • Explore "Applied Physics in Biomechanics" for relevant theories
  • Investigate "Illustration Techniques for Scientific Communication"
  • Review "Divergent Stair Riser Effects on Gait" for specific studies
USEFUL FOR

This discussion is beneficial for educators, biomechanics researchers, and professionals involved in litigation support who require a clear understanding of stair descent physics and effective illustration methods.

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I am working on some litigation support tasking and need to illustrate, utilizing stick figures and some basic applied physics, to explain the act of walking down a staircase and how a divergent stair riser may affect the stride of a human descending the stairs...I have seen illustrations in publications previously and cannot remember where, does anyone have an article and/or illustration utilized in one of your lectures or classes to share?
 
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Thank you this was very helpful additionally a very good collection of illustrations on the biomechanics of stair traversing! I am so glad to have found this sight and I hope I may be helpful to other fellow members in the future!
 

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