It is found that the existing design method for normal-strength concrete members is also suitable for prestressed members made of high-strength concrete ranging up to 117 MPa.
The above methods for normal and/or pathological MRI segmentation have some known limitations.
The analytical interaction diagrams are compared to those calculated using classical methods for normal reinforced concrete beams and columns.
Compared to the state-of-the-art methods for normal meshes, our algorithm provides improvements in coding performance, up to +2.5dB compared to the original zerotree coder.
Although some experiences of normal OFDM systems can be developed for MB-OFDM UWB systems, most methods for normal OFDM systems cannot be used for the MB-OFDM UWB system directly due to some special features of MB-OFDM UWB such as the frequency hopping and low power spectral density (PSD).
This approach will give an overall factor of safety close to that from the classical methods for normal problems, while the thrust line, the local factor of safety for individual slice/block and the progressive yielding phenomenon can be estimated, which will be useful for some special cases.
