Sentence examples for compliance constraints from inspiring English sources
"compliance constraints" is a correct and usable phrase in written English
It is used to describe regulations or rules that must be followed in order to adhere to certain standards or laws, usually in a business setting. For example: In order to remain in compliance with the health regulations set by the state, the restaurant must abide by several compliance constraints.
A performance-based optimization (PBO) method for optimal topology design of linear elastic continuum structures with mean compliance constraints is presented in this paper.
In order to illustrate the viability and efficiency of the approach, problem-specific models, algorithms and detailed benchmark results are presented for volume minimization of 2D continuum structures with compliance constraints and weight minimization of 2D truss structures with displacement and stress constraints.
In 2018, financial services, life sciences and health care companies that had never before considered the cloud due to compliance constraints started to change their tune.
Some examples of volume minimization subject to a compliance constraint are presented to demonstrate the effectiveness of the method in dealing with a non-volume constraint.
Volume minimization with a compliance constraint in the case of design-dependent fluid pressure loading is also presented using the proposed method.
Since the emergence of checkerboarded regions is a general phenomenon, the optimization problem is as simple as possible, being a weight minimization with a compliance constraint, solved with the optimality criteria method and a FEM discretization of the design domain.
· a compliance constraint refers to any standard, regulatory or compliance requirements that the application need to comform with, such as data center standard TIA-942 or UK Data Protection Act 1998.
New algorithms are developed for minimization of structural compliance considering constraints on volume and buckling load factors.
The optimal layout design of the space vehicle structure considering attitude control effort is, thus, reformulated as a topology optimization problem for minimum compliance under constraints on mass moments of inertia.
This two-part paper presents a method for both improving the positioning capability and increasing the effective stiffness (bracing) of a robotic manipulator through multidirectional compliance and constraint.
The paper deals with an alternative formulation for the classical topology optimization problem of getting structures with minimum compliance with constraint on volume, relying on the adoption of a mixed finite-element discretization scheme instead of a common displacement-based one.
