Study on Deterioration Characteristics of Low-Carbon Steel’s Mechanical Properties and Fracture Mechanism under Marine Engineering Environment

<div>Local characteristics of the sample under the effects of corrosion and tensile deterioration (200-fold, some samples) (left: corrosive state; right: after rust removal). (a) c = 20% and σa = 0 MPa; (b) c = 40% and σa = 80 MPa; (c) c = 60% and σa = 160 MPa; (d) c = 80% and σa = 240 MPa.</div>

Advances in Civil Engineering

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Figure 6

Figure 6: Study on Deterioration Characteristics of Low-Carbon Steel’s Mechanical Properties and Fracture Mechanism under Marine Engineering Environment 

Figure 6 | Study on Deterioration Characteristics of Low-Carbon Steel’s Mechanical Properties and Fracture Mechanism under Marine Engineering Environment 