angle of torsion
发音：/??lɑ?v/ /??v/ /?t??z??n/
释义：扭角，扭角度
范文：
The angle of torsion is an important factor in many mechanical systems. It refers to the angle at which a part twists or rotates relative to another part. This angle can have a significant impact on the function of the system, as it determines how the parts interact with each other.
In automobile suspensions, for example, the angle of torsion between the spring and the shock absorber can have a significant effect on how the car handles. If the angle is too large, the spring will compress too much and the car will feel bouncy and unsettled. If the angle is too small, the spring will not provide enough support and the car will feel sluggish and unstable.
In electrical systems, the angle of torsion between the wire and its insulation can affect how well the wire conducts electricity. If the angle is too large, there may be too much resistance, which can reduce the efficiency of the system. If the angle is too small, the insulation may not be able to provide enough protection against electrical hazards.
In general, it is important to consider the angle of torsion in any mechanical or electrical system that involves moving parts. By carefully selecting the angles and ensuring that they are properly aligned, designers can ensure that their systems function effectively and safely.
angle of torsion
Angle of torsion是一个物理学中的概念，它描述了一个物体在旋转时其角度的变化。在机械设计中，它常常被用来描述一个部件在旋转时的扭曲程度。
在机械结构中，一个部件的扭曲程度可能会影响其性能。例如，一个弹簧在扭曲时可能会失去其弹性，或者一个轴承在扭曲时可能会损坏。因此，了解并控制角度扭曲是非常重要的。
为了解决这个问题，工程师们通常会使用一些工具和软件来测量和计算角度扭曲。这些工具和软件可以帮助他们确定部件的扭曲程度，并为其提供解决方案。
此外，角度扭曲也与生物力学有关。在人体运动中，关节的角度扭曲可能会影响其运动能力。例如，一个运动员在进行旋转动作时，如果他的关节角度扭曲过大，可能会导致受伤。因此，了解关节角度扭曲的重要性并对其进行控制是非常必要的。
总的来说，angle of torsion是一个非常重要的概念，它涉及到许多不同的领域，包括机械设计、生物力学和工程实践。通过了解和控制角度扭曲，我们可以更好地理解物体的运动和性能，并为其提供更好的解决方案。
angle of torsion
The angle of torsion refers to the angle between the twisted parts of a molecule or structure. It is an important parameter in the study of mechanical properties of materials.
In mechanics, a structure or molecule may undergo a twist or torque due to external forces or internal stress. When the structure or molecule twists, the angle between the twisted parts changes, and this change can have significant effects on the mechanical properties of the structure or material.
For example, in a twisted carbon nanotube, the change in the angle of torsion can affect its electrical properties and mechanical strength. In polymers, the angle of torsion can affect their crystallization behavior and mechanical properties.
In materials science and engineering, it is important to understand the angle of torsion and how it changes with different conditions, such as temperature, pressure, and chemical composition. This knowledge can help us design and optimize materials with specific mechanical properties.
In summary, the angle of torsion is an important parameter in the study of mechanical properties of materials. It can be used to understand the behavior of molecules and structures under twist and torque, and to design materials with specific mechanical properties.
