He served with the US Army in Iraq. Now he’s one of Asia’s top chefs and a Netflix ‘Culinary Class Wars’ judge <a href=https://kra012.cc>kraken2trfqodidvlh4aa337cpzfrhdlfldhve5nf7njhumwr7instad onion</a>
From a warzone in Iraq to a Michelin-starred kitchen and a hit Netflix show, chef Sung Anh’s path to the top of Asia’s fine dining scene has been anything but ordinary.
“Just like I did in the US Army, where I volunteered to go to the war, wanting to do something different — I decided to come here to Korea to try something different,” says the Korean-American chef and judge on hit reality cooking show “Culinary Class Wars,” which has just been green-lit for a second season. https://kra012.cc kra13 cc Sung, 42, is the head chef and owner of South Korea’s only three-Michelin-starred restaurant, Mosu Seoul. In recent weeks, he has gained a new legion of fans as the meticulous and straight-talking judge on the new Netflix series. It’s this passion and unwavering drive to forge his own path that’s helped reshape fine dining in his birth home. Born in Seoul, South Korea’s capital, Sung and his family emigrated to San Diego, California when he was 13.
“We were just a family from Korea, seeking the American Dream,” he says. “As an immigrant family, we didn’t really know English.”
As a teen growing up on the US West Coast, his mind couldn’t have been further from cooking.
“I went to school, got into college, but decided to join the US Army because that’s the only way I thought I could travel,” says the chef.
Over four years of service, he trained in bases across the country, before being deployed to his country of birth, South Korea and — following 9/11 — to the Middle East.
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[b] Method of Dynamic Balancing [/b] Dynamic balancing, as mentioned earlier, involves balancing the mass in two planes. This method is necessary for high-speed rotating equipment because an imbalance in one plane can be compensated by an imbalance in the other, requiring a comprehensive approach to achieve perfect balance.
Dynamic balancing is a more complicated and precise process than static balancing. It requires specialized equipment and software to measure vibrations and determine where mass needs to be added or removed to achieve the best results.
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