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In the production of steel plates, which are used in shipbuilding, energy plants and construction, customers continually demand higher strength and higher toughness in order to reduce material costs and running costs by applying thinner gage plates and reducing the weight of final products. Various high-strength steels have been developed in response to these requirements. For example, in shipbuilding, high tensile strength steel plates have been progressively adopted; general products with yield stress of 320–340 MPa are now manufactured and sold in large amounts as general products, and steel plates with even higher strength are required.1) Solid solution strengthening and precipitation strengthening are methods in which the strength of steel plates is increased by adding alloy elements such as Ti, Nb, V Evaluation of Cooling Performance in Intensive Cooling with High Water Flow Rate and Effect of Controlled Rolling Just after Cooling on Mechanical Properties

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Evaluation of Cooling Performance in Intensive Cooling with High Water Flow Rate and Effect of Controlled Rolling just after Cooling on Mechanical Properties