Extend the Life of your Bridges

Deck, superstructure, substructure, structural condition, deck, wearing system, parapets, girders, paint systems, approaches, abutments, bearings and columns. dTIMS analyzes both the bridge structure and components. 

dTIMS helps manage the complete bridge cycle:

  • Inspection and scheduling
  • Inventory data collection
  • Analyze and recommend optimal preservation policies
  • Predicting needs and performance measures

 

Bridge Management

Deck, superstructure, substructure, structural condition, deck, wearing system, parapets, girders, paint systems, approaches, abutments, bearings and columns, dTIMS analyzes both the bridge structure and components.

 

Inspection and Scheduling

Inspections are an integral part of a bridges maintenance needs to fulfill requirements for: safety, functionality and structural health. 

 
 

Measure Condition

Understand the condition of any bridge and corresponding components today and in 5, 10, 25 years. dTIMS stores condition data and deterioration models used to predict the future condition of bridges. 

 
 

Deterioration Modelling

dTIMS triggers maintenance treatments by using general maintenance intervals, age of construction, and condition.

 
 

Program Recommendations

Maintenance, preservation, rehabilitation, and replacement options are generated for alternative budget scenarios to help show the impacts to risks and asset conditions across your bridge network

 
 

Report on Bridge Needs

dTIMS generates specific treatments and strategies, and considers the interdependencies of the various structural elements. 

 

In Our Corner

dTIMS is using the idea of total cost of ownership, at Maine DOT, to predict the right treatment to spend less money over the life cycle of the bridge

dTIMS is using the idea of total cost of ownership, at Maine DOT, to predict the right treatment to spend less money over the life cycle of the bridge


Featured Bridge Management Projects