On your morning commute or dropping your kids off at school, depending on your route, you may very well drive through one of the city’s most dangerous intersections. In Austin, car crashes occur at ...

OKLAHOMA CITY -- Los Angeles Lakers forward Jarred Vanderbilt sustained a full dislocation of his right pinkie during Tuesday's 108-90 loss to the Oklahoma City Thunder in Game 1 of their Western ...

Equal Channel Angular Extrusion (ECAE), also known as Equal Channel Angular Pressing, is a severe plastic deformation technique in which a billet is pressed through intersecting channels of identical ...

Everyone in L.A. has an intersection that haunts their dreams. I’m Terry Castleman, data reporter for The Times, and my nightmares generally take place at Glendale Boulevard and North Alvarado Street ...

Standstill traffic, accidents and endless red lights — welcome to Los Angeles. Among the thousands of miles of streets and intersections in LA, a select few are notorious for creating havoc for ...

Using traffic volume and accident data, The Times ranked the worst Los Angeles intersections. Not all of the most problematic intersections were on major thoroughfares. Everyone who commutes in L.A.

As drivers, most of us pass through countless intersections every day without giving them much thought. But what happens when we get caught at the end of a long line of traffic within one of those ...

The season is over for one of Cleveland’s talented rookies. Head coach Kevin Stefanski told reporters after Sunday’s loss to the Bills that running back Quinshon Judkins suffered a dislocated ankle ...

Planner vs. Engineer is a well-known professional rivalry in the infrastructure world. The arguments are sometimes friendly, sometimes hostile, sometimes about important issues, sometimes ...

WHEAT RIDGE, Colo. (KDVR) — Some call it the “intersection of the future.” Metro area drivers are moving through two more new continuous flow intersections (CFI) that shift left turn lanes to ease ...

For nearly a century, scientists have understood how crystalline materials—such as metals and semiconductors—bend without breaking. Their secret lies in tiny, line-like defects called dislocations, ...