Popa, "Hyers-Ulam stability of
Euler's equation," Applied Mathematics Letters, vol.
Many of these entities have been given simple and ambiguous names such as Euler's function,
Euler's equation, and Euler's formula.
The latter requires application of
Euler's equation from the calculus of variations.
When L is [greater than or equal to] 400 mm, [[sigma].sub.b] obtained by Southwell's method and Engesser's tangent modulus are close to that predicted by
Euler's equation. For small L, however, [[sigma].sub.b] obtained by Southwell's method is smaller than that predicted by
Euler's equation.
The load carrying capacity of a regular circular column is given by
Euler's equation:
The simplest estimate, using
Euler's equation for the buckling force on a beam (8), the bending stiffness of a single microtubule decorated with associated proteins [~5 x [10.sup.-23] [Nm.sup.2]] (9), the average number of microtubules of a newt lung kinetochore [~20] (5), and the average measured length of the kinetochore fiber [~10 [mu]], predicts that the buckling force on a 10-[mu]-long and growing kinetochore fiber would be 100 pN!
He converted the problem into an equivalent mathematical form that enabled him to pick out candidates likely to satisfy
Euler's equation. A few other mathematicians had tried a similar approach, says Elkies, but either they gave up too soon or they were thinking in terms of proving rather than disproving the conjecture.
Here, the authors complete the proof of the envelope theorem for the class of variational problems concerned, using the corresponding
Euler's equation.
He then moves to applications in Fourier series, including strings and springs, and devotes the rest of the text to the calculus of variations, including
Euler's Equation, harmonic functions, Hamilton's Action and Lagranges' Equation, finishing with nonEuclidean geometry and some fun with relativity.
Shape optimization of fibers in a composite structure presented in this paper is based on an original formulation of optimal shape problems leading to
Euler's equations belonging to the optimization.
The classes of offshore structures are described in a short introduction, followed by a review of fundamental equations and concepts of motion, rotational and irrotational flows, velocity potential,
Euler's equations, steam function and other concepts.
Week 6:
Euler's equations, the rotator, the symmetric free top, Feynman's plate experiment, geometry of three-dimensional reconstruction of plate from image
