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Relative Compression Waveforms Generator
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One of my previous projects, a Cranking In-Cylinder Waveform Generator, plots a waveform for a cranking in-cylinder test. What if we would like to generate waveforms for all cylinders at the same time, as well as for the intake and exhaust manifold? Enter Relative Compression Waveforms Generator.
It allows specifying engine parameters for up to 12 cylinders and 2 banks. Starter current, crankshaft speed, in-cylinder and manifold pressures, as well as simulated pulse sensor signals are plotted.
Check it out : here.
Full announcement on DiagNet is here.
AWSM Software: https://arithmechanics.com/software/AWSM/Cranking In-Cylinder Waveform Generator Update
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A few years ago I created a Cranking In-Cylinder Waveform Generator – which, using some math and physics, allowed to plot a waveform for a cranking in-cylinder test. The engine could be “broken” in various ways, such as valve leaks, ring leaks, camshaft timing being off, etc.
I have now updated the generator. Firstly, two plots are generated at the same time, allowing comparisons to a “good” cylinder, or comparisons of two different failures. Secondly, experimental features such as specifying vacuum at the intake manifold, or extra pressure at the exhaust manifold, have been added.
Check it out : here.
Full announcement on DiagNet is here.
AWSM Software: https://arithmechanics.com/software/AWSM/Welcome!
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The new site for Arithmechanics is under construction.
Looking for Project AWSM? Go here: https://arithmechanics.com/software/AWSM/