The formulation of mathematical simulation of technological conditions of forming of three-dimensional shells in conditions of superplasticity is reviewed.
Optimum conditions of forming dynamic beryllium reference electrode were determined in the laboratory tests in isothermal cell.
The chain lengths of the block copolymers and the volume ratios between PPO and PEE-b-PEO are varied to find the conditions of forming multicompartment micelles.
The system incorporates into finite element method the forming limit stress diagrams and the wrinkling criterion, as the limit conditions of forming and constitutive equations and boundary conditions describing the materials reaction on the complex deformation conditions.
In this paper, under the premise of satisfying the precedence conditions of forming the service chain, we study how to minimize the completion time of the whole system through efficient mapping and preemptive scheduling of functions for multiple service chains.
The method as well as the synthesis of hypocycloidal polygon shaft joints are based on a formulated and proved theorem specifying the conditions of forming a hypocycloidal n- gon" while rotatin- goninear (n − 1)-gon around twhilerotatingxes.
One of conditions of forming a bilayer is a match between the sizes of the hydrophobic and hydrophilic parts of the molecules involved [1].
Let be a solution of (3.1) with initial condition of the form (3.6).
