A KBF interface simplifies the design of a filter or smoother by dividing the design process into steps, with each one corresponding to an input window or dialog. Each fin array can be of a different material and have different fin shapes. The heat transfer coefficient has been calculated using empirical equations derived from experimental data. The required input parameters are motor shell and fin geometry, number of fins, air velocity at fan end, and motor surface temperature. Built-in checks are included for manufacturing and design constraints.
Software allows the customization of all graph attributes.
The software renders intersecting 3-D meshes with hidden line removal. The updated version features a wider variety of graph types and allows users to compute and graph a wide range of errors, including graphs with asymmetric error bars, range plots, quartile plots, and high-low close plots. FesaWin is a 3-D linear, elastic finite element stress analysis program for use in calculating deformations and internal stresses of a structure due to externally applied loads or displacements. Results are shown by use of contour plots. A graphical interface includes all required functions for pre- and postprocessing, including meshing, copying, and mirroring.