Problem
Continuous track condition monitoring is challenging.
Solution
To gather track condition data with in-service trains while assessing the train's structural fatiguing.
Benefits
● In-service trains' operational efficiency is high and they cover the tracks repeatedly
● More frequent passage of monitoring equipment over tracks gives more continuous data
Solution
Gathering track condition data with in-service trains while simultaneously assessing the train's structural fatiguing.
Future
Track monitoring will utilize a multitude of sensors and systems to minimize the accumulation of damage on the tracks and enable timely reactions.
Problem
Continuous track condition monitoring is challenging.
Solution
To gather track condition data with in-service trains while assessing the train's structural fatiguing.
Benefits
● In-service trains' operational efficiency is high and they cover the tracks repeatedly
● More frequent passage of monitoring equipment over tracks gives more continuous data
Solution
Gathering track condition data with in-service trains while simultaneously assessing the train's structural fatiguing.
Future
Track monitoring will utilize a multitude of sensors and systems to minimize the accumulation of damage on the tracks and enable timely reactions.
Fatigue assessment of bogies and/or underframes
Solution
To gather track condition data with in-service trains while assessing the train's structural fatiguing.
Monitoring of track geometry irregularities
Fatigue assessment of bogies and/or underframes
Solution
To gather track condition data with in-service trains while assessing the train's structural fatiguing.
Monitoring of track geometry irregularities
Fatigue assessment of bogies and/or underframes
Monitoring of track geometry irregularities
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