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Condition Assessment

Understanding existing condition is fundamental to informed asset management and rehabilitation planning.

 

BAU combines inspection, nondestructive testing, and engineering judgment to evaluate asset performance, deterioration mechanisms, and associated risks. Assessments support maintenance planning, repair design, and lifecycle decision-making.

Bridge 3.JPEG
Inside Metal Structure

Inspection of Towers

BAU conducts field inspections to assess material condition, deterioration, and structural performance of towers and vertical structures.

 

Findings are used to support maintenance planning, rehabilitation strategies, and ongoing asset management.

Coating Inspection and Testing

Protective coating systems are evaluated to assess integrity, application quality, and remaining service life.

 

BAU’s inspections support corrosion management strategies and maintenance decision-making.

Industrial Spray Painting
Modern Bridge Design

Bridge Deck Testing

Testing programs are used to assess deterioration mechanisms and corrosion risk within bridge decks.

 

BAU applies testing results to support repair prioritization and lifecycle management of transportation assets

Non-Destructive Testing (NDT) of Concrete

Nondestructive testing methods are applied to evaluate internal concrete condition without intrusive investigation.

 

BAU uses NDT data to identify defects, deterioration, and material properties that inform engineering decisions.

Image by Marsha Reid
Wooden Bridge

Timber Assessment

Existing timber elements are assessed to identify deterioration, decay, and structural condition.

 

BAU supports rehabilitation planning and continued safe use of timber structures through targeted assessments.

Masonry Assessment

Masonry systems are evaluated to assess material condition, deterioration mechanisms, and structural performance.

 

BAU’s assessments inform repair, strengthening, and preservation strategies.

Brick Buildings
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