The results show that the controlled compression deformation at low temperature can refine the ferrite grains of AH32 steel, and the rapid cooling after deformation can refine the pearlite lamellar. The combination of low temperature controlled rolling + […]
Effect of Controlled Rolling and Controlled Cooling Process on Microstructure and Properties of AH32 Ship Plate Steel
Study on High Temperature Mechanical Properties of D36 Ship Plate Steel
D36 ship plate steel were studied by using Gleeble-3500 thermal simulation testing machine , the fracture morphology was observed by scanning electron microscope, and the embrittlement mechanism was analyzed. […]
Cause Analysis of Tensile Fracture Delamination of DH36 Ship Plate Steel
DH36 ship plate steel were analyzed by means of metallographic examination and scanning electron microscope examination . […]
Research on Controlled Rolling and Controlled Cooling Process of DH36 Ship Plate Steel
By testing the continuous cooling transformation curve of DH36 steel, the austenite recrystallization percentage after single-pass rolling under different deformation amounts and deformation temperatures was determined. […]
Analysis of the development history and current situation of marine steel
The rapid development of the world's shipping industry has higher and higher requirements for ships, resulting in the continuous improvement of the requirements for shipbuilding materials for various large ships and special ships. […]
Analysis of Tensile Delamination Causes of High- strength Ship Plate Steel EH36
The severe delamination phenomenon of the high- strength ship plate EH36 near the 1/2 thickness of the sample during the tensile test, the fracture and section of the sample were analyzed and studied by means of metallographic inspection and scanning elec […]