vertical off-normal contacts

简明释义

上升离位触点

英英释义

例句

1.The engineer noted that the design must account for vertical off-normal contacts (垂直偏离法线接触) to ensure structural integrity.

工程师指出，设计必须考虑到垂直偏离法线接触（垂直偏离法线接触），以确保结构的完整性。

2.In robotics, vertical off-normal contacts (垂直偏离法线接触) can affect the precision of movements during operation.

在机器人技术中，垂直偏离法线接触（垂直偏离法线接触）可能会影响操作过程中的运动精度。

3.When analyzing the forces acting on the beam, we must consider the vertical off-normal contacts (垂直偏离法线接触) that occur due to misalignment.

在分析梁上作用的力时，我们必须考虑由于错位而发生的垂直偏离法线接触（垂直偏离法线接触）。

4.The simulation software is capable of modeling vertical off-normal contacts (垂直偏离法线接触) to predict potential failure points.

该仿真软件能够模拟垂直偏离法线接触（垂直偏离法线接触），以预测潜在的故障点。

5.Understanding vertical off-normal contacts (垂直偏离法线接触) is crucial for optimizing the performance of mechanical joints.

理解垂直偏离法线接触（垂直偏离法线接触）对于优化机械连接的性能至关重要。

作文

In the field of engineering and physics, understanding various types of contacts is crucial for the development of efficient systems. One such concept that often arises in discussions about mechanics and dynamics is vertical off-normal contacts. This term refers to interactions between surfaces that are not aligned perfectly in the standard vertical direction, leading to unique challenges and considerations in design and analysis. vertical off-normal contacts (垂直偏离法线接触) can occur in numerous applications, from structural engineering to robotics, where components may experience forces that deviate from the expected normal contact forces.To better understand vertical off-normal contacts, consider a scenario in which two objects are stacked upon one another but are not perfectly aligned. The top object might be slightly tilted, creating an angle with the bottom object. In this situation, the contact point between the two surfaces is no longer purely vertical; instead, it introduces a horizontal component to the forces acting on the objects. This deviation can lead to increased friction, wear, or even failure if not properly accounted for in the design phase.For engineers, analyzing vertical off-normal contacts requires a thorough understanding of material properties and the physics of contact mechanics. The frictional forces that arise in these scenarios can significantly affect the stability and performance of the system. For instance, in mechanical assemblies, if components are not aligned correctly, it could result in uneven wear and tear, leading to premature failure of the machinery. Therefore, it is essential to model these contacts accurately during the design process to ensure durability and reliability.Moreover, vertical off-normal contacts are also relevant in the study of dynamics, particularly when analyzing the motion of rigid bodies. When a force is applied to a body at an angle that is not purely vertical, the resulting motion can be complex. Engineers must calculate the resultant forces and moments to predict how the body will respond. This analysis is crucial in applications such as vehicle dynamics, where the alignment of wheels relative to the ground can impact traction and handling.In robotics, vertical off-normal contacts play a significant role in the interaction between robotic arms and the objects they manipulate. If a robot attempts to pick up an object that is not positioned directly under its gripper, the contact will be off-normal, potentially leading to slippage or dropping of the object. Understanding how to manage these contacts is vital for developing advanced robotic systems capable of performing tasks with precision.In conclusion, the concept of vertical off-normal contacts (垂直偏离法线接触) encompasses a range of interactions that have significant implications across various fields of engineering and physics. By recognizing and analyzing these contacts, engineers and scientists can devise better solutions for designing structures, machinery, and robotic systems. As technology continues to evolve, the importance of understanding the nuances of vertical off-normal contacts will only grow, highlighting the need for continued research and innovation in this area.