The phrase "rigid network" is correct and usable in written English.
You might use this phrase to describe a system in which rules and structures are set and rarely deviated from. For example, "This political system operates under a very rigid network, with little room for deviation from the established rules."
Typically this point indicates a transition from a globally flexible to a globally rigid network, which is referred to as a rigidity transition [ 13].
Television recording devices like TiVo free viewers from rigid network schedules by letting them decide when to watch their favorite programs.
Evidence is produced that the photocatalysed polymerization results in a greater rate of cyclotrimerization, less intramolecular cyclization and a more rigid network than the uncatalysed or metal salt-catalysed high-temperature polymerization.
Matrixes with only a polyurethane network were too soft and it was necessary to add to the formulation a rigid network such as polystyrene to obtain a material with a good dimensional stability.
For cellulosic nanofillers, strong hydrogen bonds between fibers lead to a spectacular reinforcement effect combined with a decrease of the composite ultimate strain and an irreversible damage of composite properties after first deformation (rigid network).
In view of the unique network structure offered by the HBPI precursors, it is speculated that the rigid network of the HBPI with the highest degree of branching has facilitated the formation of ultra-micropores, giving rise to the more constrained structure and improved diffusivity selectivity.
Flexible proposals address the issue of elasticity in the rigid networks.
Conventional design practices focus on implementing incremental expansions based on deterministic requirements resulting in rigid networks.
The "network influence strategy" works against other diseases, where an efficient reconfiguration of rigid networks needs to be achieved by targeting the neighbors of central nodes/edges.
Because the key constraints are linear equations, if there are two non-similar parallel rigid networks with points p and q, then both networks are not rigid.
Fang et al. [36] present a sequential algorithm, called "Sweeps" for estimating sensor positions when noiseless and noisy [51] distance measurements are available in globally rigid networks.
