- ISBN 978-0387207339,
Chapter 3.
Resultants Gelfand, I. M.; Kapranov, M.M.; Zelevinsky, A.V. (1994), Discriminants,
resultants, and
multidimensional determinants...
- In
physics and engineering, a
resultant force is the
single force and ****ociated
torque obtained by
combining a
system of
forces and
torques acting on...
- cross-section can be
replaced with a set of
resultant forces and
resultant moments.
These are the
stress resultants (also
called membrane forces,
shear forces...
- A
resultant is a
mathematical tool
allowing testing whether two
polynomials have a
common root. As an adjective,
resultant may
refer to:
resultant force...
- Kronecker, and
finally Macaulay, who
introduced multivariate resultants and U-
resultants,
providing complete elimination methods for
systems of polynomial...
-
Operative temperature ( t o {\displaystyle t_{o}} ) is
defined as a
uniform temperature of an
imaginary black enclosure in
which an
occupant would exchange...
- of 1 and 2 (top) and 1 and 3 (bottom) A
combination tone (also
called resultant or
subjective tone) is a
psychoacoustic phenomenon of an
additional tone...
- Discriminants,
Resultants, and
Multidimensional Determinants in 1994.
According to Gelfand, Kapranov, and Zelevinsky: ... in an 1848 note on the
resultant, Cayley...
- The
determinant of the
Sylvester matrix of two
polynomials is
their resultant,
which is zero when the two
polynomials have a
common root (in case of...
- {\displaystyle q} is an
applied out-of-plane load, the in-plane
stress resultants are
defined as N α β := ∫ − h h σ α β d x 3 , {\displaystyle N_{\alpha...
