This might help explain:
Thinking of this like a lever, I'm hoping someone can point me toward theory FEA-Theory that deals with the Cylindrical Moment of Inertia (mass * radius^2) concept in the FEA-Theory. Thanks for your consideration.
Torque is Inappropriate (too simple), Cylindrical Moment-of-Inertia?
Torque is not always an appproriate unit.
What is 'unbalanced' with a torque-based analysis, in this case is balanced in terms of Moment of Inertia (Cylindrical MR^2 Rule).
Things don't balance in terms of torque...
Think FEA not motion...
I know that that is the conventional assumption, but it's on a macro scale.
Assuming the vectors are forces, the 'preposterous' vector might be a theory in the sum force on the tendency of a piece as a system. But in terms of internal-force-equilibrium, the vectors are...
I've seen it often taught that the combination of two vectors is their graphical sum, but I think that there is a problem with this, in that if the vectors have opposite-facing components, then there are portions of the vectors completely neglected by the calculation. The idea seems to only be...
I've been thinking about the building-design simulation, and am hoping that someone can point me toward more complete treatises/references, than this hobbyist impression.
I'm trying to develop a mathematical outline of simulated deformation physics, with the hope of eventually creating a...
I've been thinking about the building-design simulation, and am hoping that someone can point me toward more complete treatises/references, than this hobbyist impression.
I'm trying to develop a mathematical outline of simulated deformation physics, with the hope of eventually creating a...