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15 Sep 2008, 22:12 (Ref:2291309) | #1 | ||
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New rod differential
New rod differential at animations Solid Works when one axle stop. Differential Gear. It's first design. Without any cogged gear, and if we will employ oiled lubrication solid ball bearing (closed), then work is possible without oil oiling .Polyurethane HD belt. I am some, that such will work without that noises differential . efficiency are better in my solutions. I judge it for it, that warm is sometimes in very "noisy" differ oil. However, they do not heat small on practically cardan ball bearings. Striped transmission too not see to hot. I think , so efficiency are 3% better. Regards Andrew |
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16 Sep 2008, 01:16 (Ref:2291398) | #2 | ||
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Well Andrew, welcome to Ten Tenths!
I am not sure I actually understand, but you must have gotten here because of an interest in LeMans or sportscars, so |
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9 May 2009, 00:07 (Ref:2458330) | #3 | |||
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Quote:
The issue very much often raised, important for aviation and car LeMans : Yeah I just wanted to clarify this matter of the weight "be greater" for my solution. She is very often raised, as the lack of the advantage of my engine. And it is of course the untrue, but intellectual ‘box’ are ordering to think so, that it is a truth. As a token of it I did taking off the weight on which I put the valve with the spring and spring retainer(witout retainer locks) diametef full phi 32 mm ( diameter canal 30 mm), And I other side Piston , rod, pin,and two rings diameter 38 mm , what is a greater dimension than a valve has him considerably. In spite of it, in the photograph done by me clearly one can see, that much he is heavier unite the valve. If not you believe, go to scrap, find and take the piston with the connecting rod from the old lawnmower and about the same diameter valve with the spring from some car engine.. I think that you will be not having to use scales, because after taken into one hand piston, and into second of valve, you will be sure knew what was heavier. If now will add to the moving weight of valve ( the reciprocating mass) rocker arm, mecanical regulations of clearance valve (or very heavy hydraulic valve lifter( tappet)) taped (ewentualy push rod). it sure it will turn out that the weight of the valve is twice as bigger from set piston –rod same diameter. However, that's not all in relation to the weight. He is reaching to valves static weight so things like valve quide in heads, and rocker arm shaft. One should also add the weight not chosen materials of the head, about the diameter piston. and lengths of his cylinder. For lowering static mass of the engine one should add the lack bolts for screwing the head, since altogether cylinders around wit cylinder valves it is possible easily to make one-piece steel out, and then aren't needed bolts to the head together with threaded with their nests. Adding this static reducing the weight, we receive altogether the piston valve is three times lighter than the traditional valve.!! And greatest loss of engine mass.Piston valves mass, at the same diameter like valves, they cause that he is arriving about 15 % of jumping volume of the engine. That is mass of the engine is also reducing about 15 %. In net part all about termal efficiency.I am only attention, so most important in combustion chamber, are TEMPERATURE elements. All detail about photo: Poped Valve : weight only poped,springs,taper all 176,5 Gram. Diameter 32 mm diameter open gap 28,5 mm. Piston with rods, pin, two rings , weight 160,5 Gram Diameter 38 mm - it's 25% more poped in diameter( some weight are they grow with the square of the radius) . Gap 38 mm . Such a difference, that for the stability, one should add the biggest weight from the set to this scale Andrew |
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16 May 2009, 11:45 (Ref:2463376) | #4 | ||
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And now small warning for future designers of my idea engine. What problems clearly apparently they will have to deal with. It is an effect of ten-times increasing the power in relation to the mass-produced fiat.126 engine. During this attempt turnovers didn't exceed 3500 RPM one can see , but effects
Shows it has become with polished rod on photo .It color has been changed on result of temperature on bearing on blue .Of course, at present everything is exchanged and the engine is sending for the demonstration of his work. Regards Andrew |
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20 May 2009, 02:29 (Ref:2465478) | #5 | ||
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Am I missing something? This thread makes about as much sense as handing your bank account details to a Nigerian bloke who you email...
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20 May 2009, 10:41 (Ref:2465615) | #6 | |||
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Quote:
Yes, at the animated film he doesn't have the outlet pipe and intake. In every traditional engine such pipes are and it is about dimensions very much determined which they have very much a large impact to ultimate parameters of engines. In this structure of the phenomenon occurring wtych pipes are much more intense than in traditional engines, because of opening and shutting a ports are during max speeds of pistons. At such violent opening, phenomena resonase are very strong. One should in detail work them out.. I applied such phenomena in my engine, having some given from one man worked Peenemunde under Werner Von Braun Walter Kaaden - Wikipedia, the free encyclopedia Kadenacky was a forerunner . Expansion chamber - Wikipedia, the free encyclopedia Kadenacy effect - Wikipedia, the free encyclopedia I designed at first time my prototype of engine 600 cm^ 3, to parameters 100 HP. And there is only a wonderful trick here: the Engine surprised me favourably, and has 2,5 times of more power than I established .... Neat trick !!! In 1982 we not have internet..... Regards Andrew |
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16 Sep 2008, 15:54 (Ref:2291910) | #7 | ||
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OK.....
Andrew, help us with the direct link with sportscars here? |
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280 days...... |
16 Sep 2008, 17:28 (Ref:2291975) | #8 | ||
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Well it looks like it is a non lubricated (dry) belt driven differential that is a semi direct drive that would allow a car the benefit of limited slip yet give it motive drive to get back to the pits if either side was made inop., broken shaft,lost wheel etc.
But that is just a stab in the dark!! L.P. |
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21 May 2009, 01:59 (Ref:2466135) | #9 | ||
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Does Andrew have to by a Porsche RS Spyder now?
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9 Oct 2009, 20:23 (Ref:2557771) | #10 | ||
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I have a perpetum mobile desigin me and my friend made a couple of years back, should i post it here..... Its Based on ElectroStatics
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To launch a new FIA GT2 category based on strict technical rules, with limited wavers and ‘balance of performance' limited to success ballast. A category where GT manufacturers will prove through competition they can produce the best road going GT car. |
10 Oct 2009, 23:10 (Ref:2558520) | #11 | |||
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Quote:
http://www.felix50.republika.pl/6524.gif Andrew Since when the keg came into existence, for it is her shipping by ships constituted a spot of bother. That is how, they forgot to attach, while swinging the ship rolled from one side to other side, hitting in not around with great energy. There was this great danger for the crew. That is how, they forgot to attach, while swinging the ship rolled from one side to other side, hitting in not around with great energy. I decided to use this energy for the production of the electric current with the help of the oscillatory dynamo. It is a pendulum driving the oscillatory dynamo around so with keg. It will be sufficient to install shipboard or for other swimming raft, and during waving we have the electricity, rather than danger block of osillating dynamo: And mutation pendulum dynamo: Or magnet tooth plate. So far we exploited the energy arising with the help of the pendulum only for stopping him. Clik on picture, see animation http://ultra.ap.krakow.pl/~ogar/elek...tenhofena.html t is a next mutation of the swaying pendulum around it pivot : And it is a conception of containing inside box a dozen or so of such pendulums giving the electricity under the influence of moving. Of course completely hermetically sealed box. It is next my proposal to use sea waves for the production of the electric current Now all tubules in one time are giving the energy from the move of the pendulum And on the other side pendulums a next PCB set can also be. Altogether it for example 1000 pieces of coils and magnets of sets can be. Every coils is giving 1 watt. Linear stepper Stepper basic Now I will show and I will explain the rule of operation my new dynastarter : Next on hard PCB put some coils end electronics. Every so the "green cylinder" has the magnet, two coils with shuffled teeth for the half of their size of the division, a bit electronics of the type small bridge on mossfets, securities on varistors electronics controlling generate the electricity . Current on each coil about 5 Ampers menage mossfets. Everything controled of course with microprocessor . It is put on this hard PCB plate about 150 of such arrangements with coils and the electronics parts everyone so complet of elements is decreeing with 5 amperes, rally if to do about 150 pieces of these elements and to put them on this PCB tile, we can manage about 750 amperes what should completely be enough for the warming up the engine. Receiving the electric current in the same way for charging a battery is already a banally simple matter. I think, that such PCB it "Automotive mother board" the same "Automotive mother board" is replacing the alternator and the starter. Flywheel still is always in the engine. Principe as same , but in disc version linear stepper Regards Andrew |
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10 Oct 2009, 23:27 (Ref:2558548) | #12 | ||
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Mods, please move this non racing related thread to the armchair section or something!!
L.P. |
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9 Oct 2009, 22:03 (Ref:2557841) | #13 | ||
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I have to say this is probably the strangest thread I've encountered in my 8 years here at Tenths....... I don't think I'm really any the wiser than I was a year or more ago.....
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280 days...... |
9 Oct 2009, 22:45 (Ref:2557860) | #14 | ||
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I'm confused about the recriprocating dingle arm and the malleable logarithmic casing, myself
Perhaps Knighty could shed some light? |
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10 Oct 2009, 00:10 (Ref:2557902) | #15 | ||
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All the time I remember, around it is a forum racer. Little introduction in order not to cause a lot of trouble understanding .
Since when the keg came into existence, for it is her shipping by ships constituted a spot of bother. That is how, they forgot to attach, while swinging the ship rolled from one side to other side, hitting in not around with great energy. There was this great danger for the crew. That is how, they forgot to attach, while swinging the ship rolled from one side to other side, hitting in not around with great energy. I decided to use this energy for the production of the electric current with the help of the oscillatory dynamo. It is a pendulum driving the oscillatory dynamo around so with keg. It will be sufficient to install shipboard or for other swimming raft, and during waving we have the electricity, rather than danger block of osillating dynamo: And mutation pendulum dynamo: Or magnet tooth plate. So far we exploited the energy arising with the help of the pendulum only for stopping him. Clik on picture, see animation http://ultra.ap.krakow.pl/~ogar/elek...tenhofena.html It is a next mutation of the swaying pendulum around it pivot : And it is a conception of containing inside box a dozen or so of such pendulums giving the electricity under the influence of moving. Of course completely hermetically sealed box. It is next my proposal to use sea waves for the production of the electric current Now all tubules in one time are giving the energy from the move of the pendulum And on the other side pendulums a next PCB set can also be. Altogether it for example 1000 pieces of coils and magnets of sets can be. Every coils is giving 1 watt. Regards Andrew Good alternate on flywheel ? ( turning the principle away perhaps of theses to be starter ( Large stepper motor)) Linear stepper Stepper basic |
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10 Oct 2009, 05:00 (Ref:2557991) | #16 | |
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This is a very strange engine.
It is apex seal to have a hard time most when Mazda develops the rotary engine. Apex seal is very delicate parts. The rotary engine has three apex seal per one rotor. However, this engine has it four! Nevertheless, this engine needs two valve trains further! How many explosions does this engine need to make one rotation? |
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10 Oct 2009, 19:12 (Ref:2558315) | #17 | ||
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Since when the keg came into existence, for it is her shipping by ships constituted a spot of bother. That is how, they forgot to attach, while swinging the ship rolled from one side to other side, hitting in not around with great energy. There was this great danger for the crew. That is how, they forgot to attach, while swinging the ship rolled from one side to other side, hitting in not around with great energy. I decided to use this energy for the production of the electric current with the help of the oscillatory dynamo. It is a pendulum driving the oscillatory dynamo around so with keg. It will be sufficient to install shipboard or for other swimming raft, and during waving we have the electricity, rather than danger
block of osillating dynamo: And mutation pendulum dynamo: Or magnet tooth plate. So far we exploited the energy arising with the help of the pendulum only for stopping him. Clik on picture, see animation http://ultra.ap.krakow.pl/~ogar/elek...tenhofena.html Regards Andrew |
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10 Oct 2009, 23:42 (Ref:2558560) | #18 | ||
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oh come on horndawg u must admit its a funny thread, ^partty pooper
btw felix my perpetum is much more addvanced it doesn't only sustain itself, it can acctually drive something, I am only affraid somone will kill me if I go public with it, all the oil barons and such, scarry man you know, you should also be affraid with this wawe generator thingy you got, althoug I would use a three phase alternating current mechenical to electrical energy convertor... , or maybe a direct curent mechanical to electrical energy convertor thats attachet to a variable load Voltage stabiliser, folowed by a inveror to 220 ac, or 110 depending in whose seas you are sailing |
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__________________
To launch a new FIA GT2 category based on strict technical rules, with limited wavers and ‘balance of performance' limited to success ballast. A category where GT manufacturers will prove through competition they can produce the best road going GT car. |
11 Oct 2009, 01:21 (Ref:2558629) | #19 | ||
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Having sat back on this thread since it first appeared (ok it may be a wind up !) I will give my opinion for what it's worth There have been inventors thinking up new designs of internal combustion engines ever since the first one was made (and that was debatable who first made it ).
Regardless of anything else all these different types of engines all still use fuel that is rapidly running out, and I have yet to see any novel designed unit powerful enough to propel a car at a reasonable speed that does amazing MPG. I had some old 1920s books that showed most of these "different" types of engines, although most couldn't be made to work for more than 5 minutes because of the materials available in the period, never the less the ideas were there. A lot of these overcomplicated masterpieces (although clever) have a lot of reciprocating parts that absorb power through frictional losses so are counter productive and also expensive to tool up for and make and test and develop ! The conventional engine as we know it in its modern guise ain't doing so bad as in the last few years some cars are probably doing twice or more MPG than they were 20 or 30 years ago for a given cc vs speed. (OK I do know modern cars are more aerodynamic as well ! ) The only ICE that I personally think has any future is the one that can increase or decrease the internal CC when needed. But it still needs fuel ! After saying that I don't decry all these innovative thinkers working in their sheds as life would be very boring |
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Balls of steel (knob of butter) They're Asking For Larkins. ( Proper beer) not you're Eurofizz crap. Hace más calor en España. Me han conocido a hablar un montón cojones! Send any cheques and cash to PO box 1 Lagos Nigeria Africa ! |
12 Oct 2009, 23:40 (Ref:2560240) | #20 | ||
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Pcb are possible in 2 half part.
Two ribbon cable, and sensitive electronics put outside of hot engine. On PCB only magnets and coils , and nonsensitive electronics filled with resin. Andrew But there are also helicopter piston engines to which it will be sufficient to add the light disc made of the thin metal sheet after all and we have the outstanding starter and the generator . And we lost about 20 KG. So far I didn't still deal with a brake system of the car . Without any interference in a brake system existing so far, I will prolong his work live at least twice . So so: Do you know electric retarder in big truck and buses? When they applied the ones electric retarder in these cars, consuming the part of a brake system it diminished repeatedly . Rght now are possible using this retarder in little passengers cars That is, when this my new idea ,will be applied dynastarter, one should also equip him with the function electric retarder. Namely, with the help of a brake pedal, at first to give the electricity on the one dynastarter with a view to braking for them, and only then, when braking will be this way insufficient, a brake pedal will start a traditional brake system . This dismisser which will be possible for the accomplishment on dynastarter, will be acting on a bit of an other principle than electric retarderin lorries. That is, provided electricity to dynastarter, will be producing the braking torque similar to the holding torque in stepping motors. I think, around when drivers will have the big red diode in the car ,led which will be becoming when traditional brakes are starting acting, they will be supposed this way to suppress ambitions so that she doesn't become , that is a traditional brake system is out of work. I think that an entire brake system used this way will be enough on all life of the car, without any exchanges of him parts friction. This asolutely new function of new dynastarter. Regards Andrew |
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17 Oct 2009, 14:23 (Ref:2563245) | #21 | ||
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28 Dec 2009, 18:02 (Ref:2605736) | #22 | ||
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My proposal it is modified poped valve which let for very effective picking up the warmth by chilling with intense stream of oil.
Thanks to widening the leading part of the valve to the maximum dimension which can only to fit in the nest , the surface of the joint of the valve with the head repeatedly was increased. Thanks to widening the leading part of the valve to the maximum dimension which can only to fit in the nest the surface of the joint of the valve with the head repeatedly was increased. much simpler sailing across the warmth causes it to the well chilled head. a here also omitted Valve Guide which is usually of materials worse being a heat conductor than aluminium stayed. the additional crack of the baulk still became the Valve Guide to head liquidated in this new structure of the valve. The new structure allows to move heat to the head very efficiently. with valve quide omitting, and big relatively with area. In the new structure it is an important thing, that inside valve on 3 / 4 one's length is feeling empty inside and has the enormous area for the exchange of the warm with chilling oil. Chilling jst oil passed to the middle of the valve with the help of two tubes from which the very intense stream of cooling oil is flowing out. I think that at such a construction of the valve, the temperature of the valve should not exceed 500 degrees Celsius, and NOx coming into existence in a combustion chamber can be limited about about 80 % It will also be possible to increase the efficiency of the engine by increasing the degree of tensing, or else there will be no great temperature in a combustion chamber what the significant reduction of self-ignitions will cause, and will cause more laminar burning. And the most important case. Since temperature of the new valve on 3 / 4 his lengths she should not be bigger than the temperature of the head, it will be possible to resign entirely from devices for placing valve clearance, since the sum of the expandability of the new valve and the expandability of the head will be approximately similar. therefore keeping valve clearance of manner will be unnecessary as a result of the same complete expandability of the valve and the head. Below I am describing two models of the latest version of valves, and the disintegration of the temperature on the length in the traditional valve. Happy New Year Andrew |
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29 Dec 2009, 17:19 (Ref:2606050) | #23 | ||
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Your valve idea appears to be a solution to a small problem which introduces several serious problems!
I can't see how it eliminates the valve guide - your big fat valve bodies must have some form of location, which would just be a very large diameter valve guide. Those big fat valve bodies must, as drawn, affect airflow? To get them out of the airflow I suspect you'd need a much longer valve stem than you show, which would make the valve assembly much longer than a normal valve, necessitating in turn a much deeper head casting, making the engine heavier & taller. Last but not least, your idea would result in an enormous increase in reciprocating mass, again adding weight throughout the valve train & seriously reducing engine speed. The answer to valve heating problems is metallurgy, not mass! |
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29 Dec 2009, 02:45 (Ref:2605839) | #24 | ||
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Hi there Andrew and welcome back!
I actually had missed your ocean dynamo posts, not sure how... Interesting. Would there be a way to harness the energy generated and transfer it to a prototype at LeMans? Perhaps quick change energy cells, changable at pitstops? Anyway, on the super cooled oil on exhaust valve treatise, firstly, how are you cooling the oil and is this oil different then operational oil for the engine? Won't super cooled oil cause a temperature shock to the materials of the valve and seat (or 'nest' as you are using) with rapid expansion/contraction cycles and lead to material degradation and thus material failure? Perhaps throwing away the idea of current valve design and architecture has merit and instead replaced with a rotating disk with ports on the disk face, all rotating in time wth the exhaust cycles, thus presented a cooled area to the combustion exhaust cycle, which then rotates away to have temperature moderated while the next phase of the disk endures the cycle. This... while picking up drag from the rotating disk and the bearings and the drive of same, would realize at the same time a saving of the loss of power to the valve springs (ignoring the pneumatic systems in use in F1 which I know work around this and also work around problems with mechanical spring oscilation at high operational frequency-and of course the remainder of the Christmas beer, which is having the effect of limiting my thought processes on that matter, thus leading to me responding in the first place! ) robert |
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29 Dec 2009, 07:14 (Ref:2605861) | #25 | ||
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Quote:
How about resurrecting the sleeve valve, if you are not familiar with it there is a good article on Wikipedia. |
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