K Kruger
TVWBB 1-Star Olympian
<BLOCKQUOTE class="ip-ubbcode-quote"><div class="ip-ubbcode-quote-title">quote:</div><div class="ip-ubbcode-quote-content">Due to the cooking environment that it is in. </div></BLOCKQUOTE>
Exactly. Once in foil the cooking dynamics change rather dramatically. Because of increased moisture around the meat, and because evaporative cooling is thwarted, temps in the foil (and subsequently in the meat) can rise rather quickly. The moist environment makes heat transfer more efficient and more rapid. (95? and 80% humidity in Miami feels much hotter than 95? and 5% humidity in Las Vegas. Heat is held and transferred better in the more moist environment.)
Rising internal meat temps do not cause tenderness. Removing the meat when it hits, say, 195 or 200 when still in the foil will virtually never work. The meat needs to reach tender - irrespective of its internal temp.
Exactly. Once in foil the cooking dynamics change rather dramatically. Because of increased moisture around the meat, and because evaporative cooling is thwarted, temps in the foil (and subsequently in the meat) can rise rather quickly. The moist environment makes heat transfer more efficient and more rapid. (95? and 80% humidity in Miami feels much hotter than 95? and 5% humidity in Las Vegas. Heat is held and transferred better in the more moist environment.)
Rising internal meat temps do not cause tenderness. Removing the meat when it hits, say, 195 or 200 when still in the foil will virtually never work. The meat needs to reach tender - irrespective of its internal temp.