Laboratory 10 «Superplastic machining of promising materials»
Head of the laboratory:
Research areas:
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Physical and computational modeling of the formation of crystalline materials using the effect of traditional and low-temperature superplasticity (SP) in the manufacture of light and durable structures.
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Investigations of the material quality of hollow structures obtained by superplastic processing, including physical, mechanical and operational properties, using traditional and non-destructive diagnostic methods.
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Study of the nature of the formation of a solid-phase joint during pressure welding of homogeneous and dissimilar crystalline materials using traditional and low-temperature SP.
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Development of scientific principles for the creation of integral technologies for the manufacture of hollow and multilayer structures based on the combination of superplastic forming and pressure welding.
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Creation of research methods for evaluating the technological properties of ultrafine-grained (UFG) crystalline materials at different temperatures - technological plasticity and solid-phase weldability, necessary for the formation of hollow structures.