To explore and to maximize its full potential, the joint adjustment constraint equations for fracture reduction and alignment of axial dynamization under unilateral external fixation are derived.
This paper presents a methodology to determine optimal process adjustments, which prevents manufacturing products from falling into in-tolerance fault regions (a subset of No-Fault-Found events) taking into consideration product and process adjustments constraints.
Successive rounds of parameter optimization with adjustment of constraints were carried out until the sum of the squares difference between the calculated and the experimental values reached a minimum, and no parameter was artificially constrained.
Based on the point registration model, a multi-objective optimization model of posture adjustment considering engineering constraints including collinear, coplanar, and symmetry constraints is established and represented by a uniform vector function.
Emphasis is given to the application of glycosaminoglycan-containing hydrogels as a versatile platform for the biomimetic presentation of multiple molecular effectors and for the adjustment of physical constraints.
Some engineering optimization methods, including operational-pattern optimization, satisfactory optimization with soft constraints adjustment, multi-objective intelligent optimization methods, and a comprehensive optimal control technique for a large-scale zinc electrolysis process are illustrated.
In this contribution, we suggested the nonlinear WTLS adjustments with equality constraints (NWTLS-EC) for 3D datum transformation with large rotation angle, which removed the particular structure restriction on the VCM.
Wood cellular parameters varied in response to seasonal climate, providing insights on the mechanisms of tree-ring formation, and reflecting physiological adjustments to environmental constraints.
The point registration method of posture adjustment without considering engineering constraints may cause out-of-tolerance for some engineering constraints.
However, it is perfectly reasonable to assume thatsome students might respond to the change in constraints with adjustment in effortexpended.
