Formula 1 Engine calculations

I wanted to share something I did related to piston speeds. As you know Formula 1 is near the pinnacle of technology in engine development. Back in 2003, I read an article about how the BMW Racing team developed their engine. The article stated they were very proud that for the 2003 season, their engine was a 3 liter V10 design which had a maximum racing RPM of 19200 and the piston sustained a maximum piston speed of 40 meters per second (which equals 7872 feet per minute maximum). The article further stated their piston sustained a maximum acceleration of 10,000 times the force of gravity at maximum revolutions per minute.

I was always curious about the bore vs stroke for such a small displacement, high revving engine, but they always kept that secret. I grabbed my old Dynamics book and realized I could solve for bore and stroke by two methods, using angular velocity and again by piston acceleration.

Please note, I found a typo on Page 1. It says VA and VB are parallel, when clearly it should be written VB and VC are parallel.

Enjoy and discuss!

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From Ted Yoder on ACE   http://www.arizonacorvetteenthusiasts.net/arizonavette/forums/index.php?showtopic=21192

Thanks for reading.

Tim

TrackVids Racing4Vets – BWM

Got this from my circle over on Google Plus:

Lawrence – the Beamer is Looking good.

Hey everybody, just a quick update on the TrackVids Racing4Vets BMW E30 325 ground up build. Here are a few photos of the cage and interior paint work. Very clean, very tidy, gonna be lots of fun!

BMW Shell getting some paint.

Interior Sprayed

Cage shot

Can’t wait to see it done.

Thanks for reading.  Here is their Site:    https://plus.google.com/u/0/112504538024847827140/posts

 

Tim

Introducing Ford Factory Racing Page

I’d adding some new content to the site.  I get a lot of emails on factory racing and I thought I’d include article from time to time.

These entries will not be my original work – but with my commentary (EVERYONE loves my commentary…ok….maybe some one does..but too bad, it’s my blog!!!) .  This won’t be the driver stats, or the standing for championships, this will be about the cars.

First up is the Ford page which gives a look at the Ford Fusion race car for 2013…..now why would you want to EcoBoost on your race car???   (ok..fine ruin my fun….it’s only an ad!!!) Check it out at the following link:    http://wp.me/PKHNM-SK

Hopefully the ECOBOOST will be in the off mode!!!
 
Thanks for reading.
Tim

Leilani Münter “Life is short. Race hard. Live green.”

You are going to like this story.  I’m as green as a guy that believes dead dinosaurs  are for burning (fossil fuel…get it?), but I do recycle including oil.  Here is something I can get behind as well.

Leilani Münter “Life is short. Race hard. Live green.”.

Race Car Driver and Eco-Activist Leilani Münter is Getting in Gear to Take “The Cove” Movie to the High Banks of Daytona
Activist Raising Funds For A “The Cove” Themed Race Car to Help Raise More Mainstream Awareness of Dolphin Captivity and Slaughter

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Daytona Beach, Florida (Jan 3, 2012) Leilani Münter, race car driver and passionate environmentalist, is bearing down on her goal of driving a “The Cove” themed race car at Daytona International Speedway, arguably one of the most famous race car tracks in the world. The ARCA race at Daytona is February 18 and will air live on SPEED television, which is available in 79 million homes. This will be the first ever ocean awareness themed race car to race the high banks of Daytona. Münter is seeking corporate and philanthropic donations for the remaining funds required, which is $30,000. Leilani has already raised $15,000 in donations prior to this story. To make a tax deductible donation, please visit opsociety.org/securedonation.htm and be sure to write “For Daytona” in the notes.The Academy-Award winning documentary “The Cove” exposes the annual slaughter of thousands of dolphins in a small cove in Taiji, Japan. It also exposed the undeniable connection between dolphin parks and dolphin captivity, and the largest slaughter of dolphins in the world.

“The Cove forever changed me. I know race fans will respond to it, they just need to know about it,” said Münter. “The race falls on my birthday, and my greatest wish is to end the slaughter and the ongoing abuse of these beautiful ocean creatures.”

This campaign in designed to educate and engage 75 million race fans in the United States. Director of “The Cove” Louie Psihoyos has committed to giving away 1000 DVDs of “The Cove” at the race, and in addition, will be in attendance for the race alongside dolphin activist Ric O’Barry autographing DVDs of the film. People donating $50 or more will be entered into a raffle to win two pit passes for the Daytona race and two other lucky fans will win two garage passes each. Münter will be wearing a helmet painted for “The Cove” during the race, which will then be auctioned off with all the proceeds going to Ric O’Barry’s Dolphin Project to continue the fight on the ground in Taiji. To donate to “The Cove’s” awareness campaign at Daytona, click here and be sure to write “For Daytona” in the notes.

Münter is a biology graduate turned race car driver and environmental activist who adopts an acre of rainforest for every race she runs and promotes only environmentally conscious companies on her race car. Since seeing the film, she has traveled three times to Taiji, Japan to document the slaughter first hand and has organized several screenings of the film. Most recently, she spearheaded a campaign to turn the lights of the Empire State Building red to raise awareness.

At Münter’s last race at Daytona, she was driving the first ever 100% eco sponsored race car, with six environmental companies coming together to get her car on the track. The race was watched by 2.4 million people live on SPEED television and 100,000 people were watching the race trackside. The media exposure she received included the front page of the sports section of the New York Times.

“The Cove” received 47 awards including the Audience Awards at Sundance Film Festival and the Oscar for best documentary film. New York Magazine described it as “Passionate, exciting, and frightening” and Cinematical called it “A stunning, shocking story. The film itself is an act of heroism.” Over 2.3 million people from 151 different countries have signed a petition asking for the slaughter to end. The grassroots movement to spread awareness has spread to social media, with over 500,000 fans of the movie on Facebook.

For more information on the cause visit thecovemovie.com, opsociety.org and dolphinproject.org and for more information on Leilani, visit carbonfreegirl.com.

Ford says 200mph was the 2013 Shelby GT500 goal

Source: MustangsDaily

 

As if the news of the 2013 Ford Mustang Shelby GT500 receiving 650 horsepower and 600 lb.-ft. of torque wasn’t awesome enough, we also found the new Shelby snake was to be capable of 200mph.  When we read the details of this 200mph GT500 feat back in November, we were (for the lack of a better term here) floored.  C’mon, 200mph (stable) from a Mustang?  Crazy enough, it’s just what Ford had in mind the entire time.

Keep reading to get more on this fantastic accomplishment by Ford, Shelby and the SVT engineers & designers.

Back at the 2011 LA Auto Show, Jamal Hameedi (SVT chief nameplate engineer) informed the masses the team had original plans to meet and surpass their original high speed ceiling during testing over in Italy.

“We told the guys to not bother coming back unless they had a two as the first digit…”  –Jamal Hameedi

In order to make the magic happen, the entire SVT team was tapped to make changes to the 2012 Shelby GT500 gearing, body, and suspension to maintain integrity at speed.  What’s most notable is the dual front splitters stacked atop each other, streamlining the draft to make the top speed of 202mph possible.

So…we have the top speed figure for the 2013 GT500; now it’s only a matter of time until we hear/read/feel the official accelerations times & rates.  Keep your eyes peeled for the intel here when it’s known!

WOW!

Thanks for reading

Tim

Average Guy’s Car Restoration, Mods and Racing – International

This blog is gaining popularity.  It’s being followed on Digg, StumbleUpon, Twitter and the Facebook page.

There are car nuts from 18 different countries hanging out around here.  That’s pretty good for an non-commercial blog.

What’s that mean?  Means I’m going to set it up a bit.  More to come on that.

So thank you all and please submit your pictured and stories and I’ll get them posted up.

Thanks for reading.

Tim

 

Vacuum – Tune it up!

Checking the vacuum on your old car is an important part of a thorough, but most of the average guys don’t bother, or don’t have the gauge.  Most often if you do have the gauge, you might not be exactly sure what the reading might be.  For the recorded I’ve never had a car where the readings were stable.  Normally you’ll get a fluctuating reading that move around.  Below are a few ‘ranges’ and what they may indicate.

Standard Vacuum Gauge

These are for V8’s only:

–  A good reading will be between 15 and 22 in. hg (a steady needle).  Closing the throttle you should see a 5 notch drop and reopening it should settle back previous span (15-20).

– If you get a reading where the needle has a swing 4-5 in. hg ethier side of normal, you are looking at a possible simple carb adjustment.

–  If the reading is higher than normal you need look at replacing your air filter or check to ensure your choke is not stuck.

–  Low reading would be fairly steady reading around 5 hg will have you looking for a vacuum leak on the intake/carb area.  Look for poor connections at the carb or any “T” or “Y” or straight though connection.  Baring that look for cracked hose.  You know I hate vacuum leaks.  I recently restored a 1984 corvette with the Crossfire injection set up.  Rather than chase down a single spot, I just replaced them all.  That was a lot of vacuum hose and tucked in some stuff spots.  But you are working on something bit older, like my 1970 Mustang, replace it all, it’s going to go back sooner or later, especially with the kind of temps we have out here in the Southwest.

–  If you get a reading that between 8 and 14 you are looking at a timing issue at the least to leaking piston rings at the worse.  Do a compression check for the leak and use your timing light before you tear it apart.

–  If the needle is swinging (unsteady) between 14 and 19 hg that indicates valve guide problems.  That going to be a valve guide problem.

Thanks for reading

Tim

 

Racing History – The Manufacturers – Mercury Part I

Read on and let me know what you think.

1950 was the year Mercury produced its one millionth  car and it also produced two Mercury NASCAR Grand National wins and was the official pace car of the Indianapolis 500.

1950 Indianapolis 500 Pace Car ’50 Merc Convertible

One of those wins on  June 18, 1950 – Blair piloted a 1950 Mercury owned by Sam Rice to victory in a race at Vernon fairgrounds in Vernon, NY.

Mercury was able to reproduce that success with two wins in 1951 as well.

There was a bit of a dry spell until 1956 when they won 5 NASCAR Grand Nationals.

One of those wins was Tim Flock, with his Mercury in rather wet conditions in the 258-mile NASCAR Grand National event at Elkhart Lake‘s Road America.

1956 Mercury

More coming up.

Thanks for reading

Tim

 

mercury nascar historymercury nascar history

Wrenchin’ Tip – Got 6 Volts?

I was recently talking to a coworker of mine who own a 1949 Pontiac Silver Streak Delivery Van (link –     http://wp.me/pKHNM-Bx ) and we were discussing his 6 volt system and the troubles with low amperage.

Well I just ran across a couple of interesting articles dealing with that subject.  Now I will tell you I am not “the guy” for electrical work – nope not me (I had a bad experience – ok – a couple of bad ones).  But even this one I can understand.

Increasing the power supply often means that you need to convert to 12 volt and maybe 15 years ago yes, but now 6 volts are readily available.  So here is what you do (sorry no pics)

Take two 6 volt batters and link them in parallel by connecting the two negative terminals to each other and the two positive to each other. The main positive cable goes from the positive terminal of the first battery to ground and the main negative cable is connected to the negative terminal of the second battery.  Of course in some case you may have to modify the batter shelf, but it will sure help kick up the cold cranking amps.

Thanks for reading

Tim