Forensic Engineering in Springfield, MA

Document everything in place: photograph distress patterns, mark crack edges with date stamps, and avoid repair work that could destroy evidence. Restrict access to affected areas. Our technicians, when dispatched, follow a chain-of-custody protocol from the moment samples are collected — labeling, logging, and securing cores and specimens per the requirements of ASTM C42 for drilled concrete cores — so the evidentiary record remains defensible.

Core extraction follows ASTM C42. Compressive strength testing of recovered cores follows ASTM C39. Petrographic examination — useful for identifying alkali-silica reaction, carbonation depth, freeze-thaw damage, or admixture anomalies — follows ASTM C856. Chloride content testing, relevant when deicing salts or marine exposure is suspected, follows ASTM C1152 or C1202 depending on the question being answered.

Investigations typically address material quality, layer thickness, compaction, and drainage — all factors relevant to premature pavement failure. Cores are taken to verify thickness and examine lift interfaces. In-place density data may be reconstructed from project records. Massachusetts winters subject pavements to repeated freeze-thaw cycles and heavy deicing salt loads, so the investigation also evaluates whether the distress pattern is consistent with environmental exposure, material deficiency, or subgrade failure.

Field work in Springfield is dispatched through the Boston, MA regional hub, about 80 miles away. Laboratory testing is performed in Sugar Land, TX under chain of custody, or in a mobile laboratory mobilized to large Springfield projects.

Field sampling and testing in Springfield are performed by our ACI- and NICET-certified technicians. Forensic engineering and professional services are delivered with professionals licensed in Massachusetts, coordinated under one proposal.