AN OBJECT-ORIENTED SOFTWARE ENVIRONMENT FOR COLLABORATIVE NETWORK SIMULATION
AN OBJECT-ORIENTED SOFTWARE ENVIRONMENT FOR COLLABORATIVE NETWORK SIMULATION
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发表时间：
2002
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通讯作者：
G. Fenves;F. McKenna;M. Scott;Yoshikazu Takahashi
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作者：
G. Fenves;F. McKenna;M. Scott;Yoshikazu Takahashi
地震工程模拟开放系统(OpenSees)是一个基于网络的结构和岩土系统模拟的软件环境。OpenSees中结构和岩土模型的软件设计是模块化和层次化的，以反映结构力学的方程。用于计算模拟的数学软件组件也是模块化的，允许向框架添加新的组件。使用OpenSees执行基于网络的结构仿真的能力直接源自模块化软件设计，因为基于网络的仿真所需的组件可以作为对象的另一种实现添加到框架中，而不是通过网络在处理器之间进行通信。用于基于网络的仿真的模块从OpenSees中的现有组件获得它们的行为，这些组件也是可移动对象，可以在计算仿真期间通过通信信道发送。OpenSees中基于网络的新应用包括并行计算、数据库和混合实验方法。
The Open System for Earthquake Engineering Simulation (OpenSees) is a software environment for the network-based simulation of structural and geotechnical systems. The software design of the structural and geotechnical models in OpenSees is modular and hierarchical to mirror the equations of structural mechanics. The mathematical software components for computational simulation are also modular, allowing new components to be added to the framework. The ability to perform networkbased structural simulation with OpenSees follows directly from the modular software design because the components necessary for network-based simulation can be added to the framework as another implementation of an object than can be communicated between processors over a network. Modules for network-based simulation derive their behavior from the existing components in OpenSees, which are also movable objects that can be sent over communication channels during a computational simulation. New networked-based applications in OpenSees include parallel computation, databases, and hybrid experimental methods.