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MEMBERS OF RESEARCH CENTER
Research Centre
Data - Algorithms - Decision Making
Data - Algorithms - Decision Making
Established in 2005 under support of MŠMT ČR (project 1M0572)
Lectures and Presetations
Mathematical and numerical modeling of shape memory alloys.
Lecturer:
Martin Kružík
From:
Mar. 29 2005 2:00PM
To:
Mar. 29 2005 3:30PM
Place:
ÚTIA AV ČR
Description:
souhrn:
Shape-Memory Alloys (SMAs), so-called smart materials (e.g.~NiTi, CuAlNi or NiMnGa), have many important applications in medicine (e.g. vascular or dental implants) and mechanical engineering. Therefore, they are a subject of intensive theoretical and experimental research. The first spectacular property of SMAs is the so-called shape memory effect. Roughly speaking, it means that a material deformed at low temperature recovers its original shape upon heating. The second interesting property of SMAs is pseudo-elasticity widely used in designing orthodontic wires, for instance. We will review and explain properties of SMAs, formulate a mathematical model describing the material behavior, and present results of numerical computations for particular materials.
Shape-Memory Alloys (SMAs), so-called smart materials (e.g.~NiTi, CuAlNi or NiMnGa), have many important applications in medicine (e.g. vascular or dental implants) and mechanical engineering. Therefore, they are a subject of intensive theoretical and experimental research. The first spectacular property of SMAs is the so-called shape memory effect. Roughly speaking, it means that a material deformed at low temperature recovers its original shape upon heating. The second interesting property of SMAs is pseudo-elasticity widely used in designing orthodontic wires, for instance. We will review and explain properties of SMAs, formulate a mathematical model describing the material behavior, and present results of numerical computations for particular materials.
Contact person:
Within the event:
Pravidelný seminář Rozhodování a řízení za neurčitosti. (Contact person: Miroslav Kárný)