In vibration-critical applications, understanding how a PCB deforms under excitation is essential. Using massively parallel ...

There's typically no way around it. At some time during a motor's life, it is likely to experience high vibration levels. What's behind this maintenance phenomenon? The cause may be an electromagnetic ...

Vibration monitoring and other high-end measurement technologies can solve equipment health challenges that are shaking up the engineering world. Beyond constant change from advances in Industrial ...

Whether used as common speed reducers or exotic speed increasers, gearboxes face special challenges when rpms run high. Noise, vibration, and wind losses Whether used as common speed reducers or ...

Nothing runs as smooth as a new machine. After time, as components wear, the hum of productivity becomes the whine of a tired collection of loose fitting parts beating out of unison. This condition is ...

3D non-contact surface analysis is used extensively across the industry to measure surface irregularities and small displacements – it provides accurate, traceable and repeatable measurements. When ...

Vibration analysis is a powerful and non-invasive way to measure, understand, and quantify the internal dynamics of mechanical systems, but the cost of the necessary instrumentation is sometimes a ...

Jet engine vibration is arguably the worst enemy of a typical aircraft maintenance team. Parts which are out of balance can eventually result in a cracked turbine, fan, and compressor components, as ...