Tais Sigaeva
Assistant Professor Faculty of Engineering Department of Systems Design Engineering Waterloo, Ontario tsigaeva@uwaterloo.ca
Expert In
Aneurysms
Anisotropy
Aortic Aneurysms
Applied Mathematics
Biaxial Testing
Biological Soft Tissues
Biomedical Engineering
Biomimetics
Cardiovascular Mechanics
Constitutive Modelling
Continuum Mechanics
Data analysis
Elastomers
Fibrous micro-structure
Heterogeneity
Instabilities
Layers
Mechanical Characterization
Mechanical Engineering
Micropolar Elasticity
Microstructural Characterization
Multiphoton microscopy
Nonlinear Elasticity
Regional Variability
Residual stress
Residual Stresses
Skin Mechanics
Soft tissue
Surface Effects
Uniaxial testing
Wound Healing
Wrinkles and creases
Bio/Research
Taisiya (Tais) Sigaeva is a Systems Design Engineering Assistant Professor at the University of Waterloo.
The overall theme of her past, current and future research projects is building a bridge between real-world applications and the theory of nonlinear mechanics. She is particularly in...
Click to Expand >>
The overall theme of her past, current and future research projects is building a bridge between real-world applications and the theory of nonlinear mechanics. She is particularly in...
Click to Expand >>
Bio/Research
Taisiya (Tais) Sigaeva is a Systems Design Engineering Assistant Professor at the University of Waterloo.
The overall theme of her past, current and future research projects is building a bridge between real-world applications and the theory of nonlinear mechanics. She is particularly interested in how elastomers and soft biological tissues behave at nano-, micro-, macro- levels; and how this knowledge can be used to advance scientific progress. Professor Sigaeva is actively involved in several biomechanics and biomimetics related projects. One of her main research principles is that theory, simulations, and experiments are complementary, not competitive approaches as such Tais utilizes all three in her research. Finally, she strongly believes in effective multidisciplinary and collaborative practices in order to achieve success in research.
Professor Sigaeva’s specific research interests are:
1. Mechanical testing and constitutive modelling of soft biological tissues, coupling of mechanical testing devices with microscopy to observe deformation of load-bearing fiber components.
2. Quantification of intra- and inter-patient variability in soft biological tissues.
3. Modelling of buckling phenomena in elastomers and soft biological tissues.
4. Universal solution of nonlinear elasticity and their application to biomechanical problems.
5. Tunable behavior of elastomeric structures.
Target materials:
Healthy and wounded skin, healthy aortas and aneurysms, aortic valves, engineered tissues and elastomeric materials.
Click to Shrink <<
The overall theme of her past, current and future research projects is building a bridge between real-world applications and the theory of nonlinear mechanics. She is particularly interested in how elastomers and soft biological tissues behave at nano-, micro-, macro- levels; and how this knowledge can be used to advance scientific progress. Professor Sigaeva is actively involved in several biomechanics and biomimetics related projects. One of her main research principles is that theory, simulations, and experiments are complementary, not competitive approaches as such Tais utilizes all three in her research. Finally, she strongly believes in effective multidisciplinary and collaborative practices in order to achieve success in research.
Professor Sigaeva’s specific research interests are:
1. Mechanical testing and constitutive modelling of soft biological tissues, coupling of mechanical testing devices with microscopy to observe deformation of load-bearing fiber components.
2. Quantification of intra- and inter-patient variability in soft biological tissues.
3. Modelling of buckling phenomena in elastomers and soft biological tissues.
4. Universal solution of nonlinear elasticity and their application to biomechanical problems.
5. Tunable behavior of elastomeric structures.
Target materials:
Healthy and wounded skin, healthy aortas and aneurysms, aortic valves, engineered tissues and elastomeric materials.
Click to Shrink <<
Links
Media Relations
Rebecca (Becky) Elming
Director, Media Relations and Issues Management
(647) 459-8313
relming@uwaterloo.ca
Director, Media Relations and Issues Management
(647) 459-8313
relming@uwaterloo.ca