The Mathematics of Traffic

A study from MIT's Department of Mathematics provides new means of understanding how traffic jams form.

1 minute read

June 16, 2009, 2:00 PM PDT

The mathematicians discovered that "jamitons" (their name for the equations that describe traffic jams) are strikingly similar to the equations that are used to describe detonation waves produced by explosions.

"The equations, similar to those used to describe fluid mechanics, model traffic jams as a self-sustaining wave. Variables such as traffic speed and traffic density are used to calculate the conditions under which a jamiton will form and how fast it will spread.

Once such a jam is formed, it's almost impossible to break up -- drivers just have to wait it out, says Morris Flynn, lead author of the paper."

FULL STORY: Mathematicians Take Aim At 'Phantom' Traffic Jams: New Model Could Help Design Better Roads

Sunday, June 14, 2009 in Science Daily

Transportation World Traffic MIT

I love the variety of courses, many practical, and all richly illustrated. They have inspired many ideas that I've applied in practice, and in my own teaching. Mary G., Urban Planner

I love the variety of courses, many practical, and all richly illustrated. They have inspired many ideas that I've applied in practice, and in my own teaching.

Mary G., Urban Planner

Use Code 25for25 at checkout for 25% off an annual plan!

Get 25% Off Your Subscription

Advertise with us

Urban Design for Planners 1: Software Tools

This six-course series explores essential urban design concepts using open source software and equips planners with the tools they need to participate fully in the urban design process.