Angular movement: Coaches talk of athletes rotating, spinning, swinging, circling, turning, rolling, pirouetting, somersaulting and twisting. All of these terms indicate that an object or an athlete is turning through an angle, or number of degree. In sports such as gymnastics, basketball, ...
1975. Perceived distance and perceived speed of self-motion--linear vs angular velocity. Perception & Psychophysics 17, 6, 549-554.Wist, E. R., Diener, H. C., Dichgans, J., & Brandt, T. (1975). Perceived distance and perceived speed of self-motion - linear vs angular velocity. ...
Shabalina, "Electrochemical Seismometers of Linear and Angular Motion," Springer Berlin Heidelberg, 2015.V. M. Agafonov, A. N. Neeshpapa, and A. S. Shabalina, "Electro- chemical seismometers of linear and angular motion," in Encyclopedia of Earthquake Engineering. Berlin, Germany: Springer-...
X: Linear motion in a positioning direction Y: Linear motion perpendicular to the positioning direction Z: Vertical linear movement A: Angular motion around X (roll) B: Angular motion around Y (pitch) C: Angular motion around Z (yaw) Axial Load –The terms 'axial load' and 'radial load'...
the resistance of an object to having its state of angular motion changed, mass and mass distribution are factors ex. choking up on bat to decrease moment arm Principle moment of inertia and what does it depend on total body moment of inertia relative to one of the principle axes ...
In this study, we concentrate on the properties of typical waves and look at the structure of the horizontal displacement field as well as the vertical motion. Some interesting phenomena associated with field observations from these two types of wave buoys are reported, for the first time, to ...
Angular Deviation Intensity Vector [207] P2M Distance Compressive Feature [376,377] Neighborhood Weighted Spatiotemporal Condition Information (NWSCI) SCI [38] (2) Statistical measure Mahalanobis distance RGB [20] Bhattacharyya distance RGB [381] Chi-2 distance YUV [401] Kullback–Leibler divergence...
Endless linear, angular and 3D applications e.g. for powertrain (conventional, hybrid & electric), body, comfort & lighting, chassis & safety can be developed. Back-end calibration of magnetic position sensors How to This video explains the concept of the back-end calibration: a feature of...
(\omega =2\pi \upsilon\) is the intrinsic angular frequency (in rad.s-1), where \(\upsilon\) is the intrinsic frequency in Hz; the parameter \(a\) is called the node’s bifurcation parameter (in s-1); finally, \(\kappa\) is a dimensional parameter, equal to \(\kappa\) = 1...
(10.103)Stress vector in the body:ti=σGi=σijGjBalance of linear momentum:1j0j0ti,i+b=ρ0U¨Stress boundary condition:tini=t¯Balance of angular momentum:ti×Gi=0Strain–displacement relation:εij=12U,i·Gj+U,j·GiConstitutive equations:σij=Cijklεkl 10.4.1 Notation The important not...