The proposed technique is applied to a frame-type junction, which can consist of two beams connected at an arbitrary angle.
The methodology is applied to A-frame cooling systems under fouling conditions, where fouling affects the pressure drop and the global heat transfer coefficient.
Building, for him, is inseparable from structure, and he can be dismissive of architecture in which, for example, an arbitrarily unconventional façade has been applied to a conventional frame.
This methodology is applied to a portal frame structure to assess if the strategy holds promise for robust SHM.
The procedure is applied to a simple frame for which optimum plastic moment capacities (single-objective case) and a trade-off curve between future (failure) cost and initial cost (multi-objective case) are found.
Pieces of driftwood and pieces from real trees in Canada were collected for the tree's branches and roots, and sculpted molds of the pieces were applied to a steel frame to create the tree's body.
Given a reference target template, a two-dimensional (2D) spatial matched filter is applied to a single-frame of the image sequence.
In Figure1 an example of a two level decomposition of the 3D-DWT transform is applied to a eight-frame video sequence.
Once a map of Q over the x-z plane in region II was obtained, the dynamic equations of motion were applied to an inertial frame, i.e. the microscope stage moving at a constant speed, vP, over the fixed laser beam.
Therefore, the new method is applied to a beam representing a frame of the aircraft structure.
The approach is based on 3D DCT applied to a group of frames, followed by motion-adaptive scanning of DCT coefficients (akin to "zig-zag" scanning in MPEG coders), their adaptive quantization, and final entropy coding.
