Exemplos de uso de Angular velocities em Inglês e suas traduções para o Português
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
Dorsiflexion/plantar flexion was tested at angular velocities of 30°/s and 60°/s.
These movements were tested at angular velocities of 30°/s and 60°/s, with each movement being repeated five times at each velocity. .
However, torque acceleration time was significantly higher in the control group for all movements and angular velocities tested.
Table 2 shows the comparisons of peak velocity PV and angular velocities of hip AVQUA, knee AVJOE and ankle AVTOR.
Figures 1 and 2 show the results of total work of the knee extensor andflexor muscles obtained for the two groups at the two angular velocities assessed.
However, the results showed no difference between the groups at the angular velocities assessed for both the knee extensor and flexor muscles.
It turns out that, for angular velocities higher than a critical value, vortex states become energetically favorable, thus inducing the creation of quantized vortices.
Both groups had similar behaviors regarding the total work performed by the knee muscles at the angular velocities of 60º/sec and 240º/sec.
Differences in positions, angular velocities, populations and the isokinetic parameters analyzed hinder the comparison of our results with those obtained in other studies.
The procedure was then explained to the patient,who practiced the movements to be tested at the same angular velocities in order to become familiar with the test.
At this height, the angular velocities of the Satellite on the Orbit and the Earth's Rotation are exactly the same, so the Satellite stays over the same point above the Equator and it looks like Stationary.
Platform representing the Jupiter system and the four Galilean moons,in which refer scales, angular velocities(Kepler's Laws) and the alignment of the moons when viewed from Earth.
It was found that the greatest heights were obtained in jumps performed from higher squat depth,a situation that also recorded the highest vertical velocity at the take-off moment and the highest angular velocities.
The variations in PT values reported in different studies may be attributed to differences in positions, angular velocities and number of repetitions used for isokinetic dynamometry.
The reconstruction of kinematic data and the obtaining of angular velocities were performed using the Vicon Nexus 1.8 software Vicon Motion Systems Inc, USA and subsequently exported into text files for the Microsoft Office Excel packager.
No difference between the OA and TKA groups was observed fortotal muscle work and muscle power at the angular velocities of 60??/sec and 240??/sec, both for knee extensors and flexors.
The goal of this work is to achieve a mathematical model that describes the movement of a gyroscope in space through the classical concepts newton-euler mechanical and parameterizing the problem of inverse kinematics of the euler angles and quaternions and obtain the numerical solution, andto perform an analysis of the behavior of this system in action efforts as functions of the angular velocities of the body.
The most important result of this work it is that thesample ages must be adjusted, so that the values of angular velocities obtained from the model kawaler come into accordance with the observational data.
In the evaluation sessions were assessed: anthropometric characteristics; gait, through kinematic and kinetic analysis; static balance through force platform;muscular function through strength test on isokinetic dynamometer at two angular velocities(60°/s and 180°/s); physical function through a battery test.
From this model it is also studied the case where the external torque are feedback by the angular velocities in the main directions of the body of inertia, for these situations the gyroscope presents chaos.
For the assessment of muscle strength and endurance of the ankle joint concentric evaluation of plantar flexion anddorsiflexion movements, angular velocities of 30º/sec and 90º/sec, respectively, were used.
Isokinetic assessment of dorsiflexion andplantar flexion of the two ankles at angular velocities of 30 and 60°/s revealed significantly lower PT values in the RA group for practically all parameters analyzed.
The results also showed that there was a positive correlation between knee angular velocity and vertical ground reaction force, indicating that higher angular velocities were associated with higher ground reaction forces in both groups.
Similarly to total muscle work, OA andTKA groups also showed similar behaviors regarding muscle power at both angular velocities, and differences were observed for neither the knee extensor muscles at the velocities of 60º/sec P 0.297 and 240º/sec P 0.163, nor the knee flexor muscles at the velocities of 60º/sec P 0.300 and 240º/sec P 0.121, as shown in Figures 3 and 4.
The following variables were calculated: a relative angles degrees of hip between trunk and thigh segments, knee between thigh and leg segments and ankle between leg and foot segments;b angular velocities°/s of the respective joints derived from the derivation of the angular position versus time.
The isokinetic evaluation was performed for the concentric movements of knee flexion and extension and three angular velocities were used, namely: 60, 180 and 300°/s, being five, 10 and 10 repetitions in each velocity, respectively.
Carousel Jupiter-Platform representing the Jupiter system and the four Galilean moons,in which refer scales, angular velocities(Kepler's Laws) and the alignment of the moons when viewed from Earth.
Prior to performing the tests,a familiarization procedure was performed, which consisted of two series of three concentric repetitions angular velocities of 120°/s and 60º/s and an isometric contraction at an angle of 60° of knee flexion.
The analyzed isokinetic variables were: peak torque(nm), total work(j) and average power(w), all normalized by body weight and the angle of peak torque(degrees), agonist/antagonist ratio(%), bilateral deficit(%), acceleration time andload range(s). the chosen angular velocities were: 60°/s, 120°/s and 300°/s. in addition, three-dimensional surface maps were obtained for further qualitative analysis. comparisons were made by dependent and independent t test, mann-whitney and wilcoxon. the.
Formula_11 is the total angular velocity of the airship.