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Internal Combustion Engine

2333 点作者 algui91大约 4 年前

81 条评论

alanbernstein大约 4 年前
A few thoughts while reading this:<p>In addition to a deeper understanding of engine <i>manufacturing considerations</i> than I even knew I cared to learn, this article helps me appreciate why people are into engine work.<p>The perfect tolerances and synchronization of these machines makes me a little ashamed to use the word &quot;engineer&quot; in my title of &quot;software engineer&quot;. There is no real comparison of the quality of the result.<p>And then I skimmed the source, and it makes me think the author deserves that title. It also validates my belief in vanilla javascript.<p>edit: And later it occurs to me that Mr. Ciechanowski is a true craftsman of software; handmade and built to 1) Be beautiful (and informative), 2) last for years. (The open web standards are the ones that seem to stick around the longest, for better or for worse. (I&#x27;m ignorant of the shader world though))
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knolan大约 4 年前
I’m a lowly mechanical engineering lecturer. I use Jupyter notebooks to teach fluid mechanics[0]. I make videos of fluid flows with Blender and embed them with the notes along with some basic Python code examples so that students are aware of how basic code can make an Engineer’s life easier (even if Matlab is the standard platform).<p>I also embed simple 3D models with pyGEL3D[1]. It’s fine but very limited. I’m always blown away by this gentleman’s work when it comes up here on HN and would like to use JavaScript instead, but I’ve no idea where to start. Can anyone recommend a good book or online course that would put me on the right path?<p>[0] <a href="https:&#x2F;&#x2F;nbviewer.jupyter.org&#x2F;github&#x2F;nolankucd&#x2F;MEEN20010&#x2F;tree&#x2F;master&#x2F;" rel="nofollow">https:&#x2F;&#x2F;nbviewer.jupyter.org&#x2F;github&#x2F;nolankucd&#x2F;MEEN20010&#x2F;tree...</a><p>[1] <a href="http:&#x2F;&#x2F;www2.imm.dtu.dk&#x2F;projects&#x2F;GEL&#x2F;PyGEL&#x2F;" rel="nofollow">http:&#x2F;&#x2F;www2.imm.dtu.dk&#x2F;projects&#x2F;GEL&#x2F;PyGEL&#x2F;</a>
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qwertox大约 4 年前
One of those web pages which deserves an award. Some place in some kind of Internet Hall of Fame, an historical archive which shows the only best highlights of what websites were actually capable of presenting. Milestones of web development.<p>This page summarizes pretty good what web technology is capable of, when in the hands of a real professional.<p>---<p>Ok, I just realized this is from Bartosz Ciechanowski, and this reminded me of the Cameras and Lenses [1] article which I&#x27;ve seen recently. It was the same kind of quality.<p>This man is a real genius.<p>[1] <a href="https:&#x2F;&#x2F;ciechanow.ski&#x2F;cameras-and-lenses&#x2F;" rel="nofollow">https:&#x2F;&#x2F;ciechanow.ski&#x2F;cameras-and-lenses&#x2F;</a>
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cratermoon大约 4 年前
When I was a boy, my dad decided that our &#x27;66 Mustang with a straight 4-cylinder engine needed new piston rings. I helped a bit but mostly watched as he tore down the engine to the barest elements, only the engine mounts keeping the block held up in the compartment. The crankshaft, connecting rods, tappers valves, piston heads, piston rods, all laid out neatly on the garage floor along with all the nuts, bolts, washers, seals, gaskets, belts, and everything else you see in this video.<p>Although I really appreciate the reliability, efficiency, and durability that modern engine design has brought, a part of me is sad that modern cars are all about chips and software, and the average guy in his garage or under a shadetree can no longer break one down to the bare bones of electromechanical parts and put it back together better than it was.
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thunderbong大约 4 年前
This page is a work of art.<p>And going through the archives[0], looks like all the pages are!<p>It&#x27;s really, really rare to see this level of care, attention and detail put to something we all consider will be seen only for a few seconds. But as a testament to the adage &quot;the cream rises to the top&quot;, I spent around an hour going through the website.<p>Pure craftsmanship. Thank you.<p>[0]: <a href="https:&#x2F;&#x2F;ciechanow.ski&#x2F;archives&#x2F;" rel="nofollow">https:&#x2F;&#x2F;ciechanow.ski&#x2F;archives&#x2F;</a>
nrvn大约 4 年前
I wish entire wikipedia was as informative as this one page.<p>Would be happy to pay for some commercial encyclopedia of that kind and quality.<p>When I was a child I absolutely loved Encarta 96. It fit on a single CD and had enough interactive material. With today’s computing, network and disk possibilities I don’t see any reasons why nowadays there is no single curated source of truth about the world around us.<p>Instead, all the information is spread around the vast amount of resources around World Wide Web and in order to find something meaningful you sometimes have to trudge through hordes of bullshit.
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tyingq大约 4 年前
The quality of the explanations, and progression of complexity, reminded me of an old video that explains how a car&#x27;s differential (rear end) works:<p><a href="https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=yYAw79386WI" rel="nofollow">https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=yYAw79386WI</a><p>Skip to 3:30 for the explanatory part.
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phpdave11大约 4 年前
This was really educational! I love the design of the webpage, and I especially like how you can rotate the 3d diagrams and see each component from every angle.
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npunt大约 4 年前
Another great Bartosz Ciechanowski creation. Also check out his past work [1] about light &amp; shadows, cameras &amp; lenses, color spaces, floating point, etc.<p>[1] <a href="https:&#x2F;&#x2F;ciechanow.ski&#x2F;archives" rel="nofollow">https:&#x2F;&#x2F;ciechanow.ski&#x2F;archives</a>
pierrec大约 4 年前
Well done. According to the author&#x27;s Patreon, this is his first article that&#x27;s &quot;Paid for by patrons&quot; though no details are given. His Patreon is set up so that donations happen whenever he publishes a new article. I guess the advantage over recurring donations is that it doesn&#x27;t pressure him to crank out content - he can just do it on his own schedule, and donations are always justified.<p><a href="https:&#x2F;&#x2F;www.patreon.com&#x2F;ciechanowski" rel="nofollow">https:&#x2F;&#x2F;www.patreon.com&#x2F;ciechanowski</a>
specialp大约 4 年前
I just built an engine for my car. One thing I gained an appreciation for was how CHEAP cars and engines are. There&#x27;s probably nothing else with as precise machining that is as inexpensive.<p>Engine cylinders are honed to accuracies that are less than 1 thousandth of an inch. Crank journals as well and rod journals. This is all precise machine work with metal. I use inches here because in machine work thousandths of inches is the language du jour. Transmissions are similar works of very precise and clean machine work.<p>The distance between a crank bearing or rod bearing is less than 2 thousandths on modern engines. A small amount of oil in that tiny space is all that keeps your engine from having metal on metal seizure.<p>So one would think that when EVs reach the same scale they will be significantly cheaper than ICE vehicles.
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larsnystrom大约 4 年前
In a few decades the internal combustion engine will be to transportation what the typewriter is to typing today. It’s kind of mind boggling, but there is really no alternative if we want to stop increasing the CO2 concentration in our atmosphere.
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userbinator大约 4 年前
Those who are curious about the oval piston skirts may find this interesting: <a href="https:&#x2F;&#x2F;news.ycombinator.com&#x2F;item?id=15397926" rel="nofollow">https:&#x2F;&#x2F;news.ycombinator.com&#x2F;item?id=15397926</a>
endisneigh大约 4 年前
How were these animations made? They’re excellent!
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mrfusion大约 4 年前
Isn’t it risky for the timing to rely on a rubber belt? Does it never slip? Even a mm of slippage seems like it would make the valve timing stop matching the pistons?
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sssilver大约 4 年前
Wonderful page. Here&#x27;s something a bit more poetic on the subject: The man behind the smallest V-12 engine in the world[0]<p>[0] <a href="https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=c1pJIVqCC1E" rel="nofollow">https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=c1pJIVqCC1E</a>
arendtio大约 4 年前
I like the detailed explanations and animations. It reminds me of another page, which doesn&#x27;t look as polished, but has a few additional designs:<p><a href="http:&#x2F;&#x2F;animatedengines.com" rel="nofollow">http:&#x2F;&#x2F;animatedengines.com</a>
iaw大约 4 年前
I spent a couple years trying to fully understand automotive systems tip to tail and did pretty well (excluding transmissions, they&#x27;re magic). This is <i>the best</i> illustration of how engines work that I&#x27;ve ever seen.
gfaure大约 4 年前
It&#x27;s a beautiful touch that the animation demonstrating the spring itself has a spring action on its playback slider.
noveltyaccount大约 4 年前
This is incredible. I remember the Gears example from the same site, but now with 3D renderings. Great work.
netfortius大约 4 年前
My first masters was in mechanical engineering, in the field of what ~40yrs ago was known as &quot;Thermal Engines&quot; (internal combustion engines, turbines, etc.). I have long departed the field (~90s), for CS (degree and work in the field, accordingly), but this article felt truly like a lost love one remembers all details about, with all good memories flooding the brain from way back... thank you!!
bitwize大约 4 年前
Reminds me of how I got into computing in the first place.<p>During the 1970s, my dad designed an engine, similar in principle to the Wiseman Engine: <a href="https:&#x2F;&#x2F;wisemanengine.com" rel="nofollow">https:&#x2F;&#x2F;wisemanengine.com</a><p>To better explore and elucidate his ideas, he bought a TRS-80 Model 16 computer (Model II compatible) with high resolution graphics option and wrote a BASIC program that could compare the mechanical advantage graphs of several different engine mechanisms including his own. He had begun to add a visualization of the mechanism itself to the program. He had only completed the slider crank (what is used in most auto engines), but there it was, animated at half a frame a second: a wireframe drawing of a piston that moved up and down, pushing on a crank that turned the crankshaft. And my brain was like what manner of high wizardry is this!!<p>This site is exemplary of what I had glimpsed that day, going on 40 years ago: the power computers have to explain our world and bring alive the principles that drive it.
nxpnsv大约 4 年前
It first feels like one of those oversimplified generic how stuff works things. But this is so much better. Really worth reading through.
toxik大约 4 年前
This was excellent, but should perhaps be clarified that this is a gasoline engine - diesels don’t ignite by spark, but by immense pressure in the chamber. This also invalidates the “you cannot add fuel to increase power” of gasoline engines. Diesels can (and should!) run at lower rpm; they don’t stall because the ECU can add fuel to increase power output.
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therein大约 4 年前
I have always wondered, if it would be possible to make a small enough internal combustion engine so that you could just have it laying around in an apartment, sitting a few feet away from you, powering your appliances or charging a 12V or 24V battery. Dispensing the exhaust through a long tube. If all goes well, complete combustion of propane should yield CO2 instead of CO anyway. An additional enclosure shouldn&#x27;t be an issue given the generator is small enough anyway.<p>The smallest propane powered generator I can find is basically still not much more silent or smaller than Honda EB2200.<p>Imagine a 350W generator that you can connect to a camping style propane tank that you use to charge some batteries.<p>I played around with setting up such a system with a Sterling engine but couldn&#x27;t achieve high efficiency.<p>Surprised to see no YouTuber with the necessary machining skills and CNC equipment attempted to build a mini internal combustion engine &#x2F; inverter generator.
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B1FF_PSUVM大约 4 年前
Hat off, deep bow. Haven&#x27;t seen such clarity of exposition in decades, if ever.<p>Pity it&#x27;s about technology on the way out, but hey, &quot;perfection is achieved on the edge of collapse&quot;.<p>P.S. Learned a few things, and I&#x27;m even more amazed that all this actually works and gets things moving at over 100 mph ... looks like a very clever Rube Goldberg joke.
incomplete大约 4 年前
as someone who as a hobby occasionally builds engines (for the 24 hours of lemons), i was really impressed at how incredibly accurate and detailed this whole page is.<p>i&#x27;m down w&#x2F;TDC...
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ecommerceguy大约 4 年前
I really wish as a kid I had something like this to read&#x2F;watch because the engine (don&#x27;t call it a motor I&#x27;ve learned from engineers) still confounds me with all of the moving parts and precision. I&#x27;ve found Detroit Diesel videos on Youtube rather satisfying.
sergeykish大约 4 年前
And if want to share wonders of engineering with a kid check out How to Build a Car by Martin Sodomka [1]. Beautiful illustrations (sample on Czech [2]), translated into many languages.<p>Series also includes How to Build a Motorcycle, How to Build a Plane, How to Build a House, How to Build a Railway. I&#x27;ve got all of them.<p>[1] <a href="https:&#x2F;&#x2F;www.amazon.com&#x2F;How-Build-Car-high-speed-friendship&#x2F;dp&#x2F;1633220400" rel="nofollow">https:&#x2F;&#x2F;www.amazon.com&#x2F;How-Build-Car-high-speed-friendship&#x2F;d...</a><p>[2] <a href="https:&#x2F;&#x2F;www.kosmas.cz&#x2F;knihy&#x2F;173150&#x2F;jak-si-postavit-auto&#x2F;" rel="nofollow">https:&#x2F;&#x2F;www.kosmas.cz&#x2F;knihy&#x2F;173150&#x2F;jak-si-postavit-auto&#x2F;</a>
joshuaengler大约 4 年前
This guys writings are consistently some of the best in the world. His web design mixed with the articulate easy to understand vocabulary, and fantastic easy-to-understand motion illustrations are absolutely the finest I&#x27;ve ever seen.
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maxekman大约 4 年前
Seeing the complexity of an ICE in contrast to mechanically simpler and much more efficient electric motors is fascinating. It makes it obvious to me what will persist, and what will become the next steam machine.
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josefresco大约 4 年前
If you like these kind of animations, I found this website a while ago: <a href="https:&#x2F;&#x2F;jacoboneal.com" rel="nofollow">https:&#x2F;&#x2F;jacoboneal.com</a><p>*Graphic designer &amp; 3D artist. Creator of animagraffs.com
ehnto大约 4 年前
Wow, that was perfectly executed. A testament to what the web can be.
ekianjo大约 4 年前
What is the best way to archive such a page for offline browsing? I tried ArchiveBox on this, but all the animations are gone in the offline version (no matter which method was used).
engineer_22大约 4 年前
What a great website, awesome animations, and intuitive interactives
quercusa大约 4 年前
This part delights me - check the diagram just under &quot;now whenever we push on the bucket the spring will push it back in place&quot;<p>When you release the slider <i>it</i> springs back into place.
PinkPigeon大约 4 年前
Lots of very insightful comments already, I only have one thing to contribute, which is a spelling correction:<p>&quot;Since the piston moves down twice and up twice, it does a total of four strokes and the engine we’ve build is known as a four-stroke engine. Notice that it takes two revolutions of the crankshaft for the piston to do one full cycle of the work as it goes through the four phases: intake, compression, power, and exhaust.&quot;<p>It should be: &quot;the engine we&#x27;ve built&quot;, with a &#x27;t&#x27;, not a d.<p>&#x2F;pedantry
_acco大约 4 年前
Animagraffs also has an amazing short on the ICE:<p><a href="https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=ZQvfHyfgBtA" rel="nofollow">https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=ZQvfHyfgBtA</a>
lambdatronics大约 4 年前
Really nice work! Reminds me of some of Bret Victor&#x27;s stuff.<p>The graph saying that the velocity curve of the piston is asymmetric left-right is wrong. It should be top-bottom asymmetric instead. They got the text right though. Edit: oops, <i>I&#x27;m</i> wrong... the position curve would be left-right symmetric while being up-down asymmetric, but then if you take the derivative you get what they are showing.
csours大约 4 年前
If the author is reading this: A great addition would be common breakdown reasons, perhaps on another page.<p>Something I didn&#x27;t really think about until recently: solid metal bearings are used on the crank and piston journals as they can handle more force than ball or roller bearings. In other areas, ball and roller bearings are used to minimize energy loss.
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shivenigma大约 4 年前
This is such a great article man. Love for the effort you put into this article.<p>I seriously wish I had teachers and schools like this. I used to imagine the four strokes when I was in school but it is very hard to relate all the moving parts and how everything connects together in that age where I&#x27;ve never used a motorcycle or a car.<p>Thanks for writing this.
globular-toast大约 4 年前
Over the years I&#x27;ve learned how most parts of a car work at a basic level. Engines, clutches, gearboxes, differentials etc. I can&#x27;t help but feel a bit sad that it might all go away within my lifetime. Electric cars are essentially just a battery and a motor. They&#x27;re just not very interesting.
49yearsold大约 4 年前
This is unbelievably awesome! I wish I had such material and teacher like Bartosz Ciechanowski when I was learning IC engine during my undergrad for mechanical engineering. Thanks a million to Bartosz wherever you are and whoever you are! Simply wonderful! Thank you, thank you, and thank you!
lajosbacs大约 4 年前
It is incredibly satisfying to watch the videos he links a the end. My favourite rabbit hole channel is definitely this guy <a href="https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=LMDTXlgZeV4" rel="nofollow">https:&#x2F;&#x2F;www.youtube.com&#x2F;watch?v=LMDTXlgZeV4</a>
Waterluvian大约 4 年前
This, like the Fourier Transform webpage, is a masterpiece.<p>Silly Question: when I add gasoline to my car it&#x27;s a liquid. When it enters a cylinder of my Engine, mixed with air, is it still a liquid? Is it a gas? Aeresolized? What causes the change in state and when&#x2F;where?
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busymom0大约 4 年前
For those interested, the author has a lot of similarly excellent explanations over the years:<p><a href="https:&#x2F;&#x2F;ciechanow.ski&#x2F;archives&#x2F;" rel="nofollow">https:&#x2F;&#x2F;ciechanow.ski&#x2F;archives&#x2F;</a><p>I am curious about the 5 years gap between 2014 and 2019.
the__alchemist大约 4 年前
Question from the part of the article where the piston is introduced: We know what constrains the up and down positions of the piston; What constrains the direction of rotation of the crank?
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nielsbot大约 4 年前
Another great page! I just have one minor complaint: I wish the spaceball rotations always kept the y-axis oriented upwards... That would help me navigate the models much more easily...
xixixao大约 4 年前
Open devtools, Sources, ice.js, on line 5193, change 2 to 40. Fixes the speed of the first animation.<p>Disclaimer: I don&#x27;t know what the real speed should be. The whole website is amazing though.
chmk大约 4 年前
Impressive didactic gem here, this is what the web was created for.
mraza007大约 4 年前
Anyone who’s interested in learning how the car engine works<p>This is worth watching<p><a href="https:&#x2F;&#x2F;youtu.be&#x2F;ZQvfHyfgBtA" rel="nofollow">https:&#x2F;&#x2F;youtu.be&#x2F;ZQvfHyfgBtA</a>
jacksonkmarley大约 4 年前
Awesome, so now I&#x27;m inspired to try some web graphics. This being HN, can someone suggest a good place to start in terms of tutorials&#x2F;learning resources?
fernly大约 4 年前
Can&#x27;t remember where I first learned this, twas years ago -- unforgettable names for the four engine strokes:<p><pre><code> Suck, Squeeze, Pop, Phooey</code></pre>
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fractalb大约 4 年前
What an excellent illustrative write-up. I don&#x27;t even know what a four-stroke engine is all these years! Thanks to the author, I do know now :)
nemo44x大约 4 年前
What are the odds 50 years from now, the ICE becomes a hobby of the upper middle and upper classes? Much like analogue audio recording is becoming.
dandare大约 4 年前
Why are the bearings filled with pressurized oil instead of being normal ball bearings? All the other bearings in the whole car are ball bearings.
anticristi大约 4 年前
This is so incredibly amazing! It must have taken tons of time to make it happen.<p>Looking forward to the same with turbo, intercooler and EGR. :)
nzealand大约 4 年前
Haynes sells an excellent Build Your Own Internal Combustion Engine model, which teaches children about all of these concepts.
umvi大约 4 年前
How were these animations made? SolidWorks?
csbartus大约 4 年前
This post has 1199 points and 290 comments, a 4:1 ratio.<p>This always rings me an alarm: Hey, this is something extraordinary even Hacker News can&#x27;t deal with it (via the usual way, like on posts with an inverse points&#x2F;comments ratio, indicating hate and flame inside).<p>Right, this guy is a genius.<p>Together with Amelia Wattenberger they represent a new wave in storytelling: Meaningful content and meaningful interactions.<p>The previous wave was proven to be a bubble. Embraced, supported and pushed by mainstream media (NYTimes, Bloomberg, Spotify) the formula for the first wave was not successful: Meaningless (average) content + Meaningless (flashy, art-pour-art, attention-seeking, etc) interaction.
rlonn大约 4 年前
This makes me appreciate even more the advantages electrical motors have over ICEs.<p>If you build a naive version of an ICE, it will have lousy performance, at best. It might not even operate without a lit of mechanical tricks and tweaks. An electrical engine, however, can be built simply and still get decent, if not great, performance.<p>The complexity of ICEs really is a huge disadvantage and there is no turning back.
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GnarfGnarf大约 4 年前
Gorgeous graphics. Masterful teaching. I&#x27;d like to see a treatment of 2-cycle engines.
dysrend大约 4 年前
I wish this guy would write a textbook on life. Someone throw infinite capital at him.
publicola1990大约 4 年前
What tool is being used for the interactive animations? They are really impressive.
DangitBobby大约 4 年前
I think this might be the best explanation of anything I have ever read.
Techasura大约 4 年前
Beautiful article. If at all, mechanical engineering was this beautiful.
soperj大约 4 年前
That was awesome. I&#x27;d love to see another with the Wankel engine!
cbsudux大约 4 年前
This is awesome. How did you create the animations?
smusamashah大约 4 年前
How can we preserve article like this forever?
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Sosh101大约 4 年前
This is amazing educational content.
yashksagar大约 4 年前
great find - i love the one on Cameras and Lenses too, great use of interactivity for pedagogy
RamRodification大约 4 年前
Can we have better titles please?
RaiausderDose大约 4 年前
brillant explanation. I always wanted to know how an engine really works.
barcosofttech大约 4 年前
hello
kingsuper20大约 4 年前
It&#x27;s a lot scarier when you see things going under load at speed. Lots of wiggling, twisty magic, waves.<p>Smokey Yunick (blessed be his name) used to make see-through timing covers, oil pans, valve covers + strobe light + some sort of oscilloscope setup to watch the craziness. I think I remember seeing the results for small block Chevrolet timing gears on sprint car engines as the teeth wiggled more and more with rpm. Cam went backwards and forwards. Ooof.
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hourislate大约 4 年前
If you want to take the experience further, I would recommend the following Redline engine rebuild time lapses that Hagerty has. They are mesmerizing and incredible. Their engine re-builder David is a master.<p><a href="https:&#x2F;&#x2F;www.youtube.com&#x2F;playlist?list=PLHKCmmH-x9mI1aCu3Xr4_qeaz9lTJn_XE" rel="nofollow">https:&#x2F;&#x2F;www.youtube.com&#x2F;playlist?list=PLHKCmmH-x9mI1aCu3Xr4_...</a>
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senbarryobama大约 4 年前
Who did the 3D graphics for this post?<p>EDIT: <a href="https:&#x2F;&#x2F;twitter.com&#x2F;BCiechanowski&#x2F;status&#x2F;1387827101294686210" rel="nofollow">https:&#x2F;&#x2F;twitter.com&#x2F;BCiechanowski&#x2F;status&#x2F;1387827101294686210</a>
zmanji大约 4 年前
aaaaaa
enono大约 4 年前
HOW
louwrentius大约 4 年前
This is very nicely done, I love it.
fideloper大约 4 年前
whoops thought this was an article about basecamp