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Transmission length is a significant parameter in the design of pretensioned concrete members.
A statistical analysis is also performed in order to identify the effect of the main variables influencing transmission length.
The effects of partial undergrounding in two case studies with the total transmission length of 280 km are investigated.
However, no consensus exists on the main parameters to be considered in the expressions to predict the transmission length.
The bond behavior of prestressing strands in precast pretensioned concrete members, and its transmission length, depends on several factors.
In this work an experimental database of measured values of transmission length in prestressed concrete specimens is gathered and an assessment of some current formulations is developed.
Similar(30)
The bond properties and the transmission lengths have been determined.
Transmission lengths were measured at prestress transfer and at 28-day of age.
The model allows comprehensive descriptions of operational and failure modes once parameters such as aircraft velocities, radio frequency structures and communication transmission lengths are specified.
The effect of cement content in the transmission lengths can reveal different tendencies based on the level of the water/cement ratio.
The suppression characteristics of the intermodulation distortion for various wavelength differences and transmission lengths were measured and analyzed as the evaluation criteria for the system performance in WDM/SCM based radio-over-fiber systems.
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