Lng book pdf Videos

I like your exhaust idea. I was trying to do some thing like that after watching a video of a guy who did a similar idea but with chambers made from block. I'm thinking about running copper tubing in my exhaust that I can run water through.

Your showing this as thin metal tubes, well not even shown as a thickness, am curious if you have considered showing this in actual thickness, (real world items-fire brick, common barrels, or any other part) thus changing everything. The reason I say this, if you build this without metal, required if you intending to hit that 2000 degrees (metal warping temp) Then it will change entirely how it looks and the space in which you have to do it. The concept is one level of your video, showing possibilities of real measurements might be a great next step. I think you will be surprised at the thickness/space requirements to carry this forward.

Good material, but so many ums, uhs, and repeats of theory, etc, it was so hard to get good information from this. I've spent so much time searching through these videos looking for good information, but so many have such poor scripting, audio or video that it takes forever to glean useful information. Sorry to rant, but it's frustrating to spend so much time watching pauses and sometimes even inaccurate speech (misleading). I know they're honest mistakes, but what about proofing the work before publishing it? Welcome to the free internet.

I wonder if replacing cylinders with conic sections would have any interesting effects? There's some stuff from dust collectors (plenty of vids "dust collector cone" to observe the mechanism) and how they use vorticity that may be applicable to your gas flow during a burn. Some other stuff that may be of play in this is pressure vs. velocity in a gas. Venturi definitely makes use of that, but you might also consider where the hot spots are (perhaps high velocity low pressure?) vs. where the cooler ares are (thinking higher pressure lower velocity?). As it seems the hot areas form in the tighter bends or necks in the system. By using conic sections, it might also be possible to keep the volume increasing in the direction where you want the gas to go to - so a straight walled cylinder might be more prone to the equalization you mention in this video. Layman here, but curiously observing videos on this stuff and it might not be something you thought of yet.

was able to reload SketchUp, I need your help with this. I went to your forum and have to wait 7 days before posting questions, so here is my video and questions.. thanks https://youtu.be/AEUu93MrEqg

The main feature of the rocket stove is the powerful draft which is achieved by cooling the exhaust gas in the bell, and this design reduces it , needs higher temperature in the exhaust and because of that becomes less efficient . The double vortex design with a larger bell, or water jacket, I think is excellent !!!

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#Hugot 

thank a lot! this vid. saved a lot of time :D but what is the difference with the first and the 2nd?

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man i love this song, my mom had the 45 and i would play it over and over when i was little

BO du film "nos jours heureux" : un bon moment de rigolade avec JP Rouve, Omar Sy, Marilou Berry and Cie !!!!

türk bulunsun istedim..

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