β Scribed by Moshe F. Rubinstein
No coin nor oath required. For personal study only.
The stiffness matrix method is combined with an iteration technique to analyze frames in which the members are nonprismatic and have shapes which are complex for purposes of analysis, or cannot be expressed analytically. The complex nonprismatic members are approximated by a combination of prismatic and tapered segments, and the matrix method is used to compute their characteristics as well as the fixed end moments and shears required in the iteration process.
The proposed method of analysis is suitable for analyzing large complex frames on a small digital computer. The analysis includes gravity loads as well as lateral loads that may result from wind, blast or earthquake.
π SIMILAR VOLUMES
A program is described for the collection and subsequent analysis of somatosensory evoked potentials using a LINC-8 computer. The program allows simple evoked-potentials analysis in centers where a small laboratory computer may be available but sophisticated instrumentation such as a computer of ave
A simplified method of multiple discriminant analysis, adapted for operation on a small computer, is presented. The basic method, due to Kendall, works with each variable separately, and considers only within-group maxima and minima. As such, it is utterly distribution-free, and in addition avoids t
A computer program for the PDP-12 is described that reduces a series of discrete time points representing an evoked potential to a set of fundamental waveform specifications in amplitude, latency, duration, etc., for principal potential deflections or waves. To derive a basis function the program as
A small computer system was developed to aid in the analysis of full-time course enzyme kinetic or related data through rapid simulation and visual curve fitting. The system is designed to run on a PDP-12/40 computer. It has the capabilities of acquiring data directly, of accepting enzymatic mechani