Sentence examples for maximum vertical surface from inspiring English sources

Toda and Tsutsumi (2013) found a maximum vertical surface slip of 2.1 m at Shionohira, which is situated northwest of the epicenter along the Itozawa fault.

This indicates that the four trackbeds with asphalt layer could decrease the maximum vertical deformation at subgrade surface, and the deformation of T3 was slightly greater than the other three structures.

In high-temperature season like summer, the maximum vertical acceleration on subgrade surfaces is larger because of the lower modulus of sub-track asphalt layer.

Fig. 3 Area of abrasion (yellow surface) and maximum vertical wear (arrow).

The maximum vertical height variation of the surface was 3.8 nm.

Remote-sensing interpretations and field investigations indicate a maximum vertical displacement of 150 m along the slip surface of the landslides.

The maximum adhesion force applied by the robot to the vertical surface can be identified by analyzing Fig. 6, which combines the three subplots of Fig. 5.

Points on each curve of these figures represent equally optimal configurations from the perspective of minimizing the needed maximum adhesion for the robot to stay on a vertical surface.

In Fig. 9, points on the green curve at the normalized position 0.99, therefore, yield the smaller maximum adhesion required for the robot to adhere to vertical surface than any other point presented in this figure.

Within the zone that is plastically deformed, the maximum triaxiality was found in the material in contact with the vertical surface of the tool below the curved tool profile.

In this work, the effect of different geometrical parameters on the maximum attachment force required by a robot to stay attached to a vertical surface is investigated.