As the key component of the stay cable connecting the girder and tower in the hybrid cable-
stayed suspension system, the cable anchorage structure needs to bear the powerful cable …

The fatigue performance of a new type of butt-welded tensile-plate cable-girder anchorage
that requires higher load-bearing capacity and lower stress concentration compared with …

为研究桥面随机车流通行和拉索涡激振动共同加载下斜拉桥钢锚箱应力响应特征,
评价钢锚箱构造细节的疲劳性能, 在某大跨度斜拉桥上开展了拉索涡激振动的现场观测和钢锚箱 …

In cable-stayed bridges, cable anchorages are subject to significant forces in the structure
and carry a heavy stress concentration. The structural features and cable-force transfer …

The cable-to-pylon connection is the key component of cable-stayed bridge, which transmits
the cable force. In order to study on the fatigue performance of cable-to-steel pylon …

As the stress amplitude in the anchorage zone of cable-stayed bridges vary considerably, it
is essential to study the fatigue-load-bearing capacity of the anchorage structures of cable …

The aim of this study is to identify the issues that arise when measuring a strain signal in
order to characterise fatigue failure. In traditional methods, acquisition of a strain signal is …

The cable-stayed bridge got rapid development in recent years. And for long-span cable-
stayed bridges, the cable-girder anchorage structure is a key component in designing. The …

The cable anchorage blocks that transfer the deck loads to the cables have complex details
which significantly influence the long–term fatigue behaviour of cable–stayed bridges in …

For long-span cable-stayed bridges, the cable-girder anchorage structure is a key
component in designing. The function of the cable-girder anchorage structure is to transfer …