In this work the graphene oxide prepared by the modified Hummers' method was effectively carboxylated.
This result shows that the proposed method is effectively classifies clinical Problem-Action relations.
The result demonstrates that the optimization design method was effectively feasible.
This method was effectively used in the description of rotational separators and pressure flow controls operation.
The high-precision direct integration method is effectively applied to the nonlinear numerical analysis of the rotor seal system.
Worth mentioning, the weight function method was effectively used to calculate the fracture properties of an ice floe under various symmetric loading conditions (e.g., boundary confinement).
The analysis results show that the improved coupling method is effectively applicable to the dynamic analysis of a nonlinear structure with the sliding mode condition.
The objective of this paper is to explain the method that was developed in the European SUSREF project for the analysis of refurbishment concepts, and describe how the method was effectively implemented during the project.
The differential equations of motion of the dynamic vehicle track system are derived considering wheel track interaction, in which the pseudo-excitation method and the symplectic mathematical method are effectively applied to simplify the calculation.
Moreover, the proposed method is effectively used to deal with the cost reduction of a hybrid system under non-existence or unmet load condition, finally the results of our algorithm is compared with the software homer.
