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Epicyclic Swerve
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<blockquote data-quote="HighDesertHunter" data-source="post: 1044599" data-attributes="member: 87957"><p>After reading the article I started thinking about how one would model interior ballistics. Ideally to capture normal variability we hand loaders put into our ammo such as neck tension, concentricity, ogive to land distance, ... </p><p></p><p>It would be nice to have a model to focus reloading efforts on what really matters. Not to mention, you could simulate "real" input boundary conditions for you exterior ballistics model as well. </p><p></p><p>Since I have just started thinking about the topic, I don't have any ideas as how to do that but I will start doing some literature search on the subject and see what I can find. I am curious if you already have this type of model...?</p><p></p><p>My guess is that there is some existing empirical muzzle exit data that might be easier to use for boundary conditions but a controlled experimental set on load variability I have not seen.</p></blockquote><p></p>
[QUOTE="HighDesertHunter, post: 1044599, member: 87957"] After reading the article I started thinking about how one would model interior ballistics. Ideally to capture normal variability we hand loaders put into our ammo such as neck tension, concentricity, ogive to land distance, ... It would be nice to have a model to focus reloading efforts on what really matters. Not to mention, you could simulate "real" input boundary conditions for you exterior ballistics model as well. Since I have just started thinking about the topic, I don't have any ideas as how to do that but I will start doing some literature search on the subject and see what I can find. I am curious if you already have this type of model...? My guess is that there is some existing empirical muzzle exit data that might be easier to use for boundary conditions but a controlled experimental set on load variability I have not seen. [/QUOTE]
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