Sentence examples for including the variations of from inspiring English sources

The experimental results for the fin plate connection and web cleat connection tests have been summarized in Figs. 7 and 8 including the variations of the connection rotation and force.

The hydraulic characteristics of the pier, including the variations of the water-wing features, both length and height, with the water head, as well as with the concave depth, and with the height of the bottom underlay, and the variations of the concave depth with the height of the bottom underlay, were investigated by physical model experiments.

Generally, in non-stressed situation, grooming is a complex, ethologically rich ritual, which normally performances in a cephalocaudal direction and consists of several stages, but under stress this precise temporal pattern of grooming activity is rewritten, including the variations of frequency in bouts and the total time in durations [11] [14].

The variation of mandible configuration was evaluated by CT measurement in the Mimics software, including the variation of length, width, height and gonial angle of the mandible.

Nevertheless, definition of the whole storm history, including the variation of the main random variables during the storm cycle is not taken into consideration.

Effect of the instantaneous live load is significant on the performance of the unconfined and confined concrete, including the variation of compliance and volumetric characteristics.

Including the variation of rooftop orientation and inclination, Guelph could achieve 2,950 GWh of electricity or 10,580 GWh[e] of heat, approaching double and quadruple the respective 2005 demands.

Numerical simulation studies for different controllers under various conditions, including the variation of aerodynamic parameters, different controller structures and output disturbances, are implemented to explore the characteristics of different control systems.

Critical issues including the variation of metabolic status and interference of external pools during cell sampling, sample loss during quenching procedures, degradation of metabolites and efficiency of extraction, and matrix effects in separation and quantification are discussed.

Extensive results are presented for each case (including the variation of frequency with the aspect ratio and the Poisson ratio), and these are shown to be in very good agreement with the work of other investigators.

Representative results are displayed graphically, including the variation of vapor void fraction with time at a given pool height, the instantaneous and final steady state pool heights, and the time required to achieve steady state.