Recent content by Dalmaril

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    Cantilever with end mass - Moment of inertia

    Yes you are right, I saw that too :).. I need the area moment of inertia so the steiner theorem changes. I think that will do the trick. Thanks!
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    Cantilever with end mass - Moment of inertia

    E is in GPa , 1 Pa = 1 kg m^-1 s^-2 I is in m^4 m is in kg and L is in m. But in the equation for the total I, there is the term of ma^2. Doesn't that have units kgm^2 or am i getting wrong somehow?
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    Cantilever with end mass - Moment of inertia

    Hello! I have a problem and if anyone could help that would be great. Imagine that you have a cantilever beam of length L and has an end mass m. In order to calculate the natural frequency I use the equation: f=(1/2*pi)*SQRT(3EI/mL^3). a) The moment of inertia in the equation is the sum...
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