This work presents a new model of WLRBs, with attention given to the determination of bearing dynamic coefficients.
The procedure of identifying bearing dynamic coefficients by using the proposed algorithm is presented and demonstrated through a numerical example.
An identification algorithm for bearing dynamic characterization by using unbalance response measurements is developed for multi-degree-of-freedom (m.d.o.f).o.f
Based on flow analysis, the maximum Mach number is taken as the benchmark of bearing dynamic stability and used as a constraint in the optimization modeling, for which the rationality is verified through transient flow calculations.
A large number of polymer materials bearing dynamic bond systems have been reported, while the focus is mainly on the macroscopic properties such as self-healing and shape memory.
Results of the surface reconstruction of FMCS and plasma treated EPDM films reveal that long-term hydrophilic surfaces can be achieved and surface reconstruction can be overcome by cross-linking functional monomers onto the polymers bearing dynamic surfaces.
