A new concept of uniform torque is proposed for the dynamic torsional buckling analysis.
Here, a method based on the concept of uniform distribution of deformation is implemented to optimize the dynamic response of building frames with bracing members and ADAS devices subjected to several strong ground motion records considering non-fixed B/D ratio in different stories.
We note that this is a direct generalization of the classical concept of uniform exponential dichotomy (see [13, 14, 19 22, 24, 25]) and expresses the behavior described by the central manifold theorem.
Ordóñez Cabrera [3] introduced the concept of uniform integrability concerning an array of constant weights.
Einstein wished to extend the body-relative concept of uniform inertial motion to the concept of a body-relative accelerated motion.
An optimization method based on the concept of uniform stress was performed on the initial scaffold to realize a minimal-weight design.
The dual concept of uniform convexity is uniform smoothness which is also related to normal structure.
In [18], the authors discussed the concept of uniform convexity in modular function spaces.
The concept of uniform patterns to obtain histogram features is also applicable to LTP.
This method is based on the concept of uniform distribution of deformation.
