With much of America still under stay-at-home orders, it's very difficult for many of us to stay connected. In our personal lives, we're celebrating birthdays with a drive-by and a wave, we're attending religious service on
our laptops and talking with loved ones via video chat. If you're allowed to go to work, you're expected to wear a mask and keep your distance. And if you're working from home, your only
connection to co-workers, employers, suppliers and vendors is
via virtual meetings and conference calls.
In the wind power industry, the reliability of powertrain components plays a major role. Especially in multi-megawatt offshore applications, an unplanned replacement of drivetrain
components can lead to extremely high costs. Hence, the expectation of wind farm operators is to forecast the system reliability. Under the leadership of the VDMA (Mechanical Engineering Industry Association), the standardization paper 23904 "Reliability Assessment for Wind Turbines" was published in October 2019.
Nowadays, the progress in polymer materials and injection molding processing has enabled a drastic expansion of plastic gear applications. They are used not only for lightly loaded motion transmissions, but also in moderately loaded power drives in automotive, agriculture, medical, robotics, and many other industries.
uncertainty is still an everyday experience. Given the wealth of sometimes confusing and contradictory information we are spoon fed by Washington, we are left to our own
devices to decipher announcements, e.g. — Do I wear a mask or not wear a mask? Do I still need to practice social distancing (a classic oxymoron:
what is sociable about keeping distances
between each other)? And so on.