
CFRP-strengthened masonry arch bridge under close-range blast
How does a strengthening system change blast-driven damage and structural response in a vulnerable masonry bridge?
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These research-backed studies demonstrate the type of modelling logic, verification discipline and engineering interpretation Axis brings to project work. Commercial work can remain confidential or be presented anonymously with permission.

How does a strengthening system change blast-driven damage and structural response in a vulnerable masonry bridge?
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Which parts of a connected industrial system become structurally vulnerable under vapor-cloud-explosion loading?
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How do transient cooling history, thermal gradients and restraint shift the location and timing of critical structural stress?
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How can localized cryogenic thermal shock reactivate or propagate pre-existing cracking in an outer containment system?
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What matters is the underlying physics, modelling method and engineering decision. Send the problem and we will identify the relevant analysis route.