
When the applied force is removed, the ability of a body to return to its original shape is called elastic deformation. How It Is Achieved In a stress-strain graph, the area under the linear portion is referred to as the elastic region. Whether a body exceeds its elastic deformation region is determined by the stress value the material reaches below its yield point. Accordingly, if the stress induced in a component under load does not exceed the material’s yield point, it remains within the boun
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Tanım Uygulanan kuvvetin ortadan kalkmasıyla birlikte cismin eski formuna geri dönememesi olayına plastik şekil değişimi denir. Elde Edilişi Gerilme-gerinim grafiğinde, lineer bölge altında kalan alan elastik bölge, non-lineer bölge altında kalan alan ise plastik bölge olarak adlandırılır. Bir cismin plastik deformasyona uğrayıp uğramadığı, malzemenin yük altında ulaştığı gerilme değeriyle belirlenir. Buna göre, yük altındaki parçada oluşan gerilme değeri malzemenin akma noktasını geçiyorsa yapı
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Definition The phenomenon in which a body together fails to return to its original shape after the applied force is removed is called plastic deformation. How It Is Obtained In a stress-strain graph, the area under the linear region region is called the elastic region while the area under the nonlinear region is called the plastic region elastic region plastic. Whether a body undergoes plastic deformation is determined by the stress value reached by the material below its load. Accordingly if th
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