In order to optimally manufacture large-scale componential product by large-scale component methodology, a system of Advanced Manufacturing (AM) and Advanced Manufacturing Simulation (AMS) in Open Grid Computing Environment (OGCE) was proposed.

Flexural behavior of composite members of T-section concrete-filled steel tubes

To give the formula of cross-section capacity in eccentric compression,the theoretical model of composite member and judgment method of large or small eccentric compression have been brought forward.

Through analysis and discussion of the structural form of composite members made by concreting by course during construction of the simple-supported bridges using the bridge support, some structural problems are noted for attention during design and construction.

The experimental tests and numerical study of flexural bearing capacity of circular steel tube members filled with steel-reinforced high-strength concrete were carried out in the present paper to investigate the mechanical behaviors of composite members under the flexural loads.

This paper addresses the state-space explosion problem in the context of verifying component composition.

In order to depict four kinds of composition operations formly,and to prove six kinds of component evolution operations,a component composition model based on messages is employed,and component running paths are defined.

A framework based on domain model and component composition is presented,in which domain models can be used to capture the static business requirement,describe the static relationship between two business objects.

An electro-hydraulic servo force control system of pressure tester of large structure was introduced.

The large structure force tester is common equipment for varies material testing and its feature is super force control.