A study of pre-straining shape memory alloy (SMA)-based control elements subject to large-amplitude cyclic loads

Dynamic environmental loads, such as winds and waves, make the stability of offshore structures at high risk, requiring reliable yet efficient control elements to ensure the stability of such structures under lateral loads. Among the variety of control elements that have been developed to enhance th...

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Published inShips and offshore structures Vol. 16; no. 3; pp. 306 - 313
Main Authors Zareie, Shahin, Zabihollah, Abolghassem
Format Journal Article
LanguageEnglish
Published Cambridge Taylor & Francis 16.03.2021
Taylor & Francis Ltd
Subjects
Alloying elements
Control
Control stability
Cyclic loads
Deformation
Dynamic stability
Energy dissipation
Energy exchange
Lateral loads
Lateral stability
Loads (forces)
Offshore and coastal structures
Offshore structures
pre-straining
Shape
shape memory alloy
Shape memory alloys
stability
structural control systems
Winds
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Abstract Dynamic environmental loads, such as winds and waves, make the stability of offshore structures at high risk, requiring reliable yet efficient control elements to ensure the stability of such structures under lateral loads. Among the variety of control elements that have been developed to enhance the stability of a structure, shape memory alloy (SMA)-based control elements are promising as they are low-cost, easy to embed into the main control element, and do not need an external power supply. However, cyclic loads may highly influence the performance and functionality of SMA-based elements. The present work investigates the effects of pre-straining SMA components in energy dissipation capacity and its force-displacement behaviour under cyclic loads. The results of experimental tests show that pre-straining SMA by 1.7% significantly reduces the residual deformation and increases the energy dissipation capacity of structures under the short and long-term cyclic loads.
AbstractList Dynamic environmental loads, such as winds and waves, make the stability of offshore structures at high risk, requiring reliable yet efficient control elements to ensure the stability of such structures under lateral loads. Among the variety of control elements that have been developed to enhance the stability of a structure, shape memory alloy (SMA)-based control elements are promising as they are low-cost, easy to embed into the main control element, and do not need an external power supply. However, cyclic loads may highly influence the performance and functionality of SMA-based elements. The present work investigates the effects of pre-straining SMA components in energy dissipation capacity and its force-displacement behaviour under cyclic loads. The results of experimental tests show that pre-straining SMA by 1.7% significantly reduces the residual deformation and increases the energy dissipation capacity of structures under the short and long-term cyclic loads.
Author Zareie, Shahin
Zabihollah, Abolghassem
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  email: zabihollah@sharif.edu
  organization: School of Science and Engineering, Sharif University of Technology
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SubjectTerms Alloying elements
Control
Control stability
Cyclic loads
Deformation
Dynamic stability
Energy dissipation
Energy exchange
Lateral loads
Lateral stability
Loads (forces)
Offshore and coastal structures
Offshore structures
pre-straining
Shape
shape memory alloy
Shape memory alloys
stability
structural control systems
Winds
Title A study of pre-straining shape memory alloy (SMA)-based control elements subject to large-amplitude cyclic loads
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Volume 16
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