Nitinol Wire Experiment at Armando Templeman blog

Nitinol Wire Experiment. Nitinol memory wire is metal that remembers its original shape when heated (alloy of nickel & titanium). The heat is provided by electrical current heating. Thin nitinol wires can have the memory shape set very, very quickly because they are so thin. A simple first experiment was to bend nitinol wire around some nails into the shape of a letter r. Right now stanford advanced materials (sam) produces a short video, using nitinol wires, to show the superelasticity and shape. I then heated it using a candle flame to above 500c. Thicker samples of nitinol require longer duration at the appropriate temperature as it takes longer for the crystal structure to rearrange. A nitinol wire/shape memory alloy inchworm that walks across a table using only heat. Experimenting with nitinol memory wire is fun like a magic trick, but it demonstrates.

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from sciencearoundus1.blogspot.com

Thicker samples of nitinol require longer duration at the appropriate temperature as it takes longer for the crystal structure to rearrange. The heat is provided by electrical current heating. Experimenting with nitinol memory wire is fun like a magic trick, but it demonstrates. A simple first experiment was to bend nitinol wire around some nails into the shape of a letter r. Right now stanford advanced materials (sam) produces a short video, using nitinol wires, to show the superelasticity and shape. A nitinol wire/shape memory alloy inchworm that walks across a table using only heat. Nitinol memory wire is metal that remembers its original shape when heated (alloy of nickel & titanium). Thin nitinol wires can have the memory shape set very, very quickly because they are so thin. I then heated it using a candle flame to above 500c.

ScienceAroundUs = SciFun Wire that can remember its past...

Nitinol Wire Experiment I then heated it using a candle flame to above 500c. Thicker samples of nitinol require longer duration at the appropriate temperature as it takes longer for the crystal structure to rearrange. A nitinol wire/shape memory alloy inchworm that walks across a table using only heat. Right now stanford advanced materials (sam) produces a short video, using nitinol wires, to show the superelasticity and shape. Experimenting with nitinol memory wire is fun like a magic trick, but it demonstrates. Thin nitinol wires can have the memory shape set very, very quickly because they are so thin. Nitinol memory wire is metal that remembers its original shape when heated (alloy of nickel & titanium). A simple first experiment was to bend nitinol wire around some nails into the shape of a letter r. I then heated it using a candle flame to above 500c. The heat is provided by electrical current heating.

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