B Analysis Of Stilts Movement Research

AI Thread Summary
The discussion focuses on a research project analyzing stilts movement, specifically examining the velocity of the walker, frequency of stilts, and step length. Suggestions for enhancing the research include investigating the efficiency of energy use based on stilt height and measuring energy consumption during walking. Participants discuss the potential energy losses during stilt movement and propose using video analysis to study motion in detail. Ideas for data interpretation, such as creating stick figure animations or using contrasting backgrounds for clearer visuals, are also shared. Overall, the conversation emphasizes the need for innovative approaches to improve the research's depth and analytical rigor.
martinbandung
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Hello all, I'm planning to do a research about stilts movement. I chose it because stilt is a traditional game in my country. In my plan, i want to analyze the velocity of the walker, the frequency of stilts, and the length of steps. I need some other idea to be added to my research. Such as the speed of the walker is equal to frequency of walking multiplied by the length of steps. But is it to simple for a research? I need some ideas to improve my research.

idea that pop up in my mind:
I plot the stilts tip movement position in center of mass frame, so i get the sinusoidal-like graph. I still haven't done the research, but is it necessary to do such Fourier transform to get something more important? I don't get any idea to interpret the data.

thanks for your reply :)
 
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martinbandung said:
Such as the speed of the walker is equal to frequency of walking multiplied by the length of steps. But is it to simple for a research?

I think that would be a rather obvious result.

How about looking at the efficiency of the human vs height? For example do you use less energy walking 5km on tall stilts? That might be too hard because I think you need access to equipment to measure oxygen consumption.
 
How about an optimization problem...

There are two obvious places where motive power is lost for a pair of ideal stilts. One is when a stilt touches down and the person abruptly shifts from moving forward and slightly downward to forward and slightly upward. Assume an inelastic collision and this change in momentum has an associated energy loss. The other energy loss is due to the need to accelerate each stilt forward to get ready to plant it and then backwards to match ground speed. If one assumes that muscles cannot harvest the associated kinetic energy at each stride, these accelerations also result in a loss of energy.

Given some assumptions about stilt mass as a function of length and a particular forward velocity, is there a sweet spot where efficiency is maximized?
 
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Take a video of someone walking in stilts .

Convert this into a series of stick man images and analyse the motion in detail .

You can video normal picture images but better , if you can devise a simple way of doing it , would be to record white dot images against a dark background .
 
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Nidum said:
if you can devise a simple way of doing it

Battery powered torch bulbs or bright LED's would probably work well enough .
 
wow thanks for the brilliant idea. i will tell my partner about it. do you mind if i contact you when i need some help?
 
martinbandung said:
do you mind if i contact you when i need some help?

No problem .

Best to post questions openly on forum - then lots of members can join in .
 

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