1 / 10

Automobile Racing from A to Z

Automobile Racing from A to Z. Instructor: Dan Metz. Course Outline:. Week 1 : physics concepts Week 2 : engines, transmissions, clutches, axles, fuels Week 3 : suspensions, chassis & tires Week 4 : construction and materials Week 5 : safety, costs and governing bodies

zed
Download Presentation

Automobile Racing from A to Z

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Automobile Racing from A to Z Instructor: Dan Metz

  2. Course Outline: Week 1 : physics concepts Week 2 : engines, transmissions, clutches, axles, fuels Week 3 : suspensions, chassis & tires Week 4 : construction and materials Week 5 : safety, costs and governing bodies Week 6: straight line racing Week 7: circuit racing Week 8: data acquisition, reading lists, places to visit, the racing line, human control performance, unanswered questions

  3. Week 1:physics concepts massacceleration frictionmoment of inertia force torque horsepoweraerodynamic drag centrifugal forcetrack banking the car as a balance beamundersteer and oversteer coastdown testingbraking energy conversion

  4. Week 2:Engines, transmissions, clutches and axles Engines: 4-cycle piston engine basics gas turbine engines Transmissions: manual transmissions & clutches automatic transmissions continuously-variable (CVT) transmissions Axles: spool “differentials” limited slip differentials

  5. Week 3: tires, suspension systems and chassis design Tire characteristics: friction cornering force camber Suspension components: torsion, leaf, coil& air springs shock absorbers kinematic linkages and arrangements Chassis designs body-on-frame monocoque or unibody torsional and bending stiffness

  6. Week 4: construction and materials Basic materials and properties: steel aluminum composites Basic joining techniques: bolting welding glueing baking

  7. Week 5: straight-line racing Drag racing: car characteristics and classes sanctioning body (NHRA, local) track properties Land speed racing: car characteristics and classes sanctioning body (SCTA) track properties

  8. Week 6: circuit racing Autocrossing: local, use your own car, very safe, CCSCS, PCA, etc. Karting: various classes, relatively safe, local to national, inexpen$ive IKA, local karting organizations, etc. Dirt-track racing: varous classes, requires race car, fairly safe, local to national NASCAR, etc. Oval track racing: various classes, requires race car, pretty safe, local to national NASCAR, etc. Road racing: various classes, requires race car, more dangerous, local to national NASCAR, USAC, IMSA, etc.

  9. Week 7: safety, costs, sanctioning bodies Components of safety: car safety performance driver safety equipment track safety performance Costs: personnel equipment & cars travel Sanctioning bodies: certification, inspection, rules enforcement FIA, ACCUS, IndyCar, NHRA, NASCAR, etc.

  10. Week 8: miscellaneous topics Limits on human control performance Identifying the racing line Data acquisition Reading list Places to visit Unanswered questions

More Related