Chat with us, powered by LiveChat

TU Graz

Graz University of Technology pursues top teaching and research in the fields of the engineering sciences and the technical-natural sciences.

对不起,此内容只适用于美式英文。 For the sake of viewer convenience, the content is shown below in the alternative language. You may click the link to switch the active language.

Fiber optic rail strain pad (RASP)

Railway tracks in alpine regions consist of many curves with a small radii. The elastic pads fitted between the rail and sleepers wears rapidly and requires replacement every few years.  If the deterioration of the pads is not detected in time, the sleepers will be damaged incurring costs and even closure of the train line to accommodate their replacement.

The challenge facing this development are the small dimensions of the pad structure and large strain values (>6000 μe) that are induced by the loading on the pad. The Graz University of Technology has used DTG’s through their ability to withstand long term high strain loads and also due to their low bending losses when used in a confined space.

Click here for more information on this topic

其他案例

登记并获取简讯
联系我们

我们如何使用您的信息

我们承诺尊重您的隐私,保护您的个人信息。在我们的隐私申明中,您可以了解我们如何处理您的数据,以及我们如何使用这些数据为您提供更好的服务

通过提交本表格,您同意按照我们的隐私声明使用您的数据

Germany

FBGS Technologies GmbH
Winzerlaer Straße 2
D-07745 Jena

Belgium

FBGS International NV
Bell Telephonelaan 2H

B-2440 Geel

China

X2 Suzhou Electronic Technology
Room 103, No. 388
Xinping Str. SIP, Suzhou