compression forceの例文

• The compression forced egg to change its shape from round to elongated.
• This requires a compression force, and is made manifest as a resisting pressure.
• The Mark 3's longtitudinally corrugated roof can survive compression forces of over 300 tonnes.
• Disc compression force increases as the horizontal distance between the load and the spine increases.
• "Heinz wanted to use bog-standard concrete, which is good at withstanding large compression forces, " says Wilson.
• This reduces the compression forces on the shot when it transitions from the chamber to the barrel.
• A bending moment manifests itself as a tension and a compression force, acting as a couple in a beam.
• So the idea is to apply artificial compression forces to the beam when there is no weight on it.
• Thus, the horns may have been a device for the distribution of compression forces without damage to the brain.
• As the vacuum forms inside, it creates a considerable compression force, so there is no need to clamp the seal.
• By wearing this  Penguin Suit, it provided deep compression force on the skin, muscle, and bone even in weightlessness.
• Self-gravitation compresses the ruler until the opposing force matches the compression force, and the ruler remains permanently in that equilibrium state.
• He created a hanging tensile model of the church to calculate the compression forces and to experimentally determine the column and vault geometries.
• And ACL injuries " are quite big forces in the knee, and it's the compression forces on the surfaces that might initiate the osteoarthritis process,"
• Combining these two materials means engineers would be able to work with a composite material that is capable of carrying both tension and compression forces.
• Unlike a spaceframe though, the main forces act as bending loads upon these tubes, rather than the pure tension or compression forces of the true spaceframe.
• These designs apply a compression force once either a handle ( for ZIF type ) or a surface plate ( LGA type ) is put into place.
• The tension / compression force "'F "'in a spring or any other system which obeys Hooke's law is proportional to the extension / compression "'x " ',
• The form must be sturdy and well braced, and the two opposing wall faces clamped together, to prevent bulging or deformation from the large compression forces involved.
• This is done by a catenary curve : Catenary arches are strong, as they redirect the vertical force of gravity into compression forces pressing along the arch's curve.