"low rigidity" is correct and usable in written English.
It is usually used to describe materials that are relatively flexible or easy to deform. For example, "The low rigidity of aluminum makes it an ideal material for car body panels."
We shall point out that this is not a result of using a low rigidity model.
These results could be of use in the design of ternary low rigidity biocompatible TiNbSn alloys.
It is clear that the resultant slip distribution around the area of low rigidity has amplified the slip.
In such a low rigidity region, the cosmic rays are easily guided by the spiral helio-magnetic field.
This indicates that such a type of modification of F y)T would be reasonable in the low rigidity region (∼20 GeV).
Due to the high degrees of anisotropy and the low rigidity in transverse shear of the plates, the Kirchhoff hypothesis as a classical theory is no longer adequate.
This assumption is reasonable for the cosmic rays with high rigidities (∼184 GV) observed at Hobart underground station, but the situation would be different for those with low rigidities (∼20 GV) observed by the neutron monitors.
The cells lines that showed no metastatic potential (SCP26, SCP28), invaded poorly even through the gels of lowest rigidity.
Machining of low-rigidity components is a key process in industries such as aerospace, marine engineering and power engineering.
Heliospheric and magnetospheric modulations of the intensity of CRs depend on the rigidity of CR particles with low-rigidity particles being affected more than the high-rigidity ones.
This complex behavior of the spectral shape is ascribed to the time-of-flight effect, which means that the particle fluxes in the low-rigidity range are low in the early phase because low-rigidity particles arrive near the Earth later than high-rigidity particles do.
