Although several explanations can be offered to clarify the greater adaptations associated with a wide range of velocities observed after the high-load/low-velocity strength training program, the most likely explanation is the occurrence of changes in neural and morphological factors associated with this type of training (e.g., increases in RFD, muscle mass, and/or fiber pennation angle).
The relationships between porosity, acoustic wave velocities, strength, and permeability are valuable for understanding a geothermal reservoir.
Moreover, the hardened properties of specimens were obtained by using the ultrasonic pulse velocity, compressive strength, flexural strength, and impact resistance.
Comparative study was carried out on the obtained values of ROP, ultrasonic pulse velocity, compressive strength, tensile strength, loss of ignition (LOI) and hardness of concrete after thermal treatment.
The probabilistic sensitivity factors show that the projectile density, velocity and strength, and Be strength are important variables.
Break-technique handheld dynamometry: relation between angular velocity and strength measurements.
The hardened properties that were determined included ultrasonic pulse velocity and strength determined at 28 and 56 days.
Sargent, W. L. W.; Young, P. J.; Boksenberg, A.; Shortridge, K.; Lynds, C. R.; Hartwick, F. D. A. An image photon-counting system operating in a fully two-dimensional mode has been used to determine the radial variation of radial velocity, line strength, and velocity dispersion in the elliptical galaxies M87 and NGC 3379.
This paper reports the variations of pore distribution, porosity, wave velocity, yield strength and acoustic emission of limestone after different temperatures heating.
P-wave velocity, stiffness, strength, and calcite content of bio-bricks all increase with further treatment of bacteria and cementation media.
