Description	Executable	Source	Tutorial
Random Vibration			.
This program accepts an acceleration, velocity, or displacement power spectral density function. Given one of these functions, the program then integrates or differentiates as appropriate to find the other two functions. The program also calculates the overall level of each of the three functions.	psdint.exe	psdint.cpp	psdinteg.pdf
Integration of a PSD function via the trapezoidal rule. Appropriate for PSD functions with a large number of spectral points with constant frequency spacing.	psdtrap.exe	psdtrap.cpp	_
Synthesis of a time history to satisfy a power spectral density.	Windows version  psd_syn.exe DOS version: psdgen.exe	DOS version: psdgen.cpp	psdsyn.pdf
Power spectral density of a time history signal. This program uses the FFT method.	poweri.exe	poweri.cpp	spectral.pdf fft.pdf  statdof.pdf
Convert a PSD with constant bandwidth to octave, one-third octave, or one-sixth octave format.	PSDoct.exe	PSDoct.cpp	_
Calculations involving slopes in dB/octave. Can be used for both power spectral densities  and shock response spectra.	dboct.exe	_	psdinteg.pdf
Vibration response spectrum of a single-degree-of-freedom system subjected to base excitation.	vrs.exe	vrs.cpp	vrs.pdf
Response of an individual single-degree-of-freedom system to base excitation via the general method.	sdof_ran.exe	sdof_ran.cpp	vrs.pdf
Response of an individual single-degree-of-freedom system to base excitation via Miles equation.	miles.exe	miles.cpp	miles.pdf
Optimum envelope of a power spectral density function using the vibration response spectrum method.	envelope.exe	envelope.cpp	envelope.pdf
Generation of a "white noise" time history.	white.exe	white.cpp	_
Logarithmic interpolation of a frequency domain function.	intlog.exe	intlog.cpp	_
Linear interpolation of a time history.	interp.exe	interp.cpp	_

Probability and Statistics
Probability calculator for the following distributions: 1. Normal 2. Binomial 3. Poisson 4. Rayleigh	stats.exe	_	int_pdf.pdf
Histogram of a time history.	histogra.exe	histogra.cpp	_
Descriptive statistics of a time history.	maxfind.exe	maxfind.cpp	_
Earthquake Engineering and Seismology	.	.	.
Fundamental Frequency of a Tall Building	building.exe	_	_
Richter magnitude of a local earthquake (ML)	ML.exe	_	_
Mathematics	.	.	.
Solution of a set of linear equations of the form Ax=b, using Gaussian elimination.	linear.exe	_	_
Inverse of a Matrix	inverse.exe	inv_con.cpp	_
Matrix multiplication, pre-set with sample values	matrix_mult.exe	matrix_mult.cpp	_
Newton-Raphson Method	nr.exe	_	Newrap.pdf
Prime Number Generation:	prime.exe	prime.cpp	_
Integer factorization:	factor.exe	factor.cpp	_
Greatest Common Factor (GCF) of two integers	gcf.exe	gcf.cpp	_
Engineering Math Calculator: 1. Vectors 2. Complex Numbers 3. Roots of quadratic, cubic, and quartic polynomials	EngMath.exe	_	trig.pdf cubic.pdf

Description	Executable	Source	Tutorial
Orbital Mechanics & Rigid-Body Dynamics	.	.	.
Altitude and velocity of a satellite in a circular orbit about a central body.	orbit.exe	_	central.pdf
Inertia tensor: coordinate transformations and principal axes.	inertia.exe	_	_
Fluid Mechanics	.	.
Reynolds Number Calculator	Reynolds.exe	_	_
Data Conversion Utilities	.	.	.
IOtech data conversion. Generates a series of two-columns files (time & amplitude) from an IOtech input file, where the input file is in ASCII text format. The input file has amplitude columns but no time column.	io_conv.exe io_conv_large.exe	io_conv.cpp io_conv_large.cpp	_
Wavebook data conversion. Generates a series of two-columns files (time & amplitude) from an Wavebook file, where the Wavebook file is in ASCII text format. The first column is time (+hr:min:sec). The second column is time(milliseconds). The additional columns are amplitude.	wavebook.exe	wavebook.cpp	_
UCI data conversion. Generates a series of two-columns files (time & amplitude) from a UCI input file. The first column is time(sec). The additional columns are amplitude.	uci.exe uci_large.exe	uci.cpp uci_large.cpp	_
Pacific Instruments data conversion. Generates a series of two-columns files (time & amplitude) from a Pacific Instruments file, where the first column of the file is time. The first column is time(hr:min:sec). The additional columns are amplitude.	pacific.exe	pacific.cpp	_
Cosmos data format conversion. Generates a series of two-columns files (time & amplitude) from a file with sample number, time, and amplitude.	cosmos.exe	cosmos.cpp
Generates a series of two-columns files (time & amplitude) from a file that contains all of its data in one column or row.	ncolumns.exe	ncolumns.cpp	-
Nicolet data conversion	Waveconv.exe	_	-
IST EDR 3 & 4 Data Conversion	IST_data.exe	IST_data.cpp	_
Nicolet Vision data conversion	vision.exe	vision.cpp	-
Tektronics data conversion Generates a time history file from a Tektronics CSV input file. The input file must have at least two columns: time(sec) and amplitude.	tekcsv.exe	tekcsv.cpp	_
Astroview data conversion	astroview.exe	astroview.cpp	-
csv data conversion	csv.exe	csv.cpp	-
au data conversion The input file must have at least three columns: index, time(sec), amplitude.	au_conv.exe	au_conv.cpp	_
UFF58 data conversion. Two versions.	uff58.exe uff58_bearing.exe	uff58.cpp uff58_bearing.cpp	_
I-DEAS UC58	uc58.exe	uc58.cpp	-
Splits multichannel file into single files.	columns.exe	columns.cpp	-
Replace commas and semicolons with a blank space.	comma_replace.exe	comma_replace.cpp	_
Removal of header lines from a data file. The user must specify the number of header lines.	strip.exe	strip.cpp	_
Divides a long time history into a series of small time history files.	segments.exe	segments.cpp	_

Book Recommendations

Web www.vibrationdata.com Other Vibrationdata Pages:    Home | Tutorials