The longitudinal rotation between the stem and the epiphyseal-metaphyseal bloc has three goals: the first is to decrease the constraints born from the pronosupination torques, the second is to improve the congruence with the carpal condyle, the third is to increase radio-ulnocarpal stability.
The objective is to increase its working domain and decrease the cost under the constraint of enough strength, and the design variables are geometric dimensions.
We simplify the formulation, compared to previous literature, in order to reduce the degree of nonlinearity in the constraints and decrease the total problem size.
We evaluated iOCL using a real-world case study from Cancer Registry of Norway and the results showed that iOCL can significantly reduce the time required to specify OCL constraints and decrease the possibility of making syntactic errors during the specification process.
Over all, these procedures ensure that the algorithm cannot cycle between two points that alternatively decrease the constraint violation and the barrier objective function.
So, our algorithm provides higher energy level and decreases the energy constraints of the system.
From numerical simulations, it is found that either increasing the degree number of polynomials or decreasing the constraints at the start and end times will decrease the absolute input electrical energy.
Therefore, this proposed model integrates the improvement of the urban road network according to improving the road capacity with the given budget constraint and decreasing the travel demand with the tradable credit scheme.
Thus, the release of UCP1 from its role in other tissues would allow UCP1 to evolve tissue specificity to BAT, decrease the selective constraint on UCP1, and allow for genetic co-option (the altering of a genetic system for a new use).
The decrease of coating hardness could decrease constraint stress, and hence decrease the shear stress at the interface, which resulted in higher critical load.
