The peer‐to‐peer (P2P) Internet online hybrid test system has been developed for the
seismic simulation of a structure. In this study, the stability and accuracy of the system are …

A new Internet online hybrid test system, designated the 'peer‐to‐peer (P2P) Internet online
hybrid test system', is proposed. In the system, the simulated structure is divided into multiple …

Using the internet-based network platform NetSLab, the seismic response of bridge pier and
precast concrete pile foundation was investigated in this study. NetSLab was developed …

The collapse of a one‐bay, four‐story steel moment frame is simulated in this study by the
proposed peer‐to‐peer (P2P) Internet online hybrid test system. The typical beam hinging …

As the complexity of structural experiments increase, the needs are evident for developing
an Internet-based collaborative structural experimental environment in Taiwan, denoted …

Development of Online Hybrid Testing: Theory and Applications to Structural Engineering
provides comprehensive treatments of several topics pertinent to substructure online hybrid …

The substructure online hybrid test is one of the most effective methods to reproduce the
complex seismic behavior of large scale structures. This paper summarizes the major …

Online hybrid tests (called the online tests), particularly when combined with substructuring
techniques, are able to conduct large‐scale tests. An extension of this technique is to …

To satisfy the potential demands on future structural experiments, an Internet-based
environment, named ISEE (Internet-based Simulations for Earthquake Engineering) is being …

SUMMARY Recently National Center for Research on Earthquake Engineering (NCREE),
through the use of the Internet, has developed the platform entitled Internet-based …