In 2014 a concept of hybrid scale h

In 2014 a concept of hybrid scale has been introduced, the elastically deformable arm scale, [17] which is a combination between a spring scale and a beam balance, exploiting simultaneously both principles of equilibrium and deformation. In this scale, the rigid arms of a classical beam balance (for example a steelyard) are replaced with a flexible elastic rod in an inclined frictionless sliding sleeve. The rod can reach a unique free of sliding equilibrium when two vertical dead loads (or masses) are applied at its edges. Equilibrium, which would be impossible with rigid arms, is guaranteed because configurational forces develop at the two edges of the sleeve as a consequence of both the free sliding condition and the nonlinear kinematics of the elastic rod. This weight measuring device can also work without a counterweight.

Kết quả (Anh) 1:

In 2014, a concept of hybrid scale has been introduced, the elastically deformable arm scale, [17] which is a combination between a spring scale and a beam balance, exploiting simultaneously both principles of equilibrium and deformation. In this scale, the rigid arms of a classical beam balance (for example a steelyard) are replaced with a flexible elastic rod in an inclined frictionless sliding sleeve. The rod can reach a unique free of sliding equilibrium when two vertical dead loads (or masses) are applied at its edges. Equilibrium, which would be impossible with rigid arms, is guaranteed because configurational forces develop at the two edges of the sleeve as a consequence of both the free sliding condition and the kinematics of the nonlinear elastic rod. This weight measuring device can also work without a counterweight.

Kết quả (Anh) 2:

In 2014 a concept of hybrid bị introduced scale, the elastically deformable arm scale, [17] a Combination mà giữa a spring scale and a balance beam, Exploiting simultaneously both Show Principles of equilibrium and deformation. In this scale, the rigid arms of a classical balance beam (for example a steelyard) with a flexible elastic thế are in an inclined rod frictionless sliding sleeve. The rod can tầm a unique equilibrium free of sliding vertical khi two dead loads (or Masses) are áp at its edges. Equilibrium, mà would be impossible with rigid arms, is guaranteed vì configurational develop your forces at the two edges of the sleeve as a consequence of Both the free sliding condition and the nonlinear kinematics of the elastic rod. This weight measuring device can also work without a counterweight.