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5.0
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5.0
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1,000
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99%
Would take again
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Not teaching in Spring 2026 | |||||
BMEN 6399 Jacopo Ferruzzi | |||||
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| Name | Grades | Rating | |||
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Not teaching in Spring 2026 | |||||
BMEN 6399 Jacopo Ferruzzi | |||||
Jacopo Ferruzzi
[email protected]Grades: 271
Median GPA: B
Mean GPA: 2.864
4.2
Professor rating
4
Difficulty
5
Ratings given
80%
Would take again
Advanced Soft Tissue Mechanics
BMEN 6399
Erik Jonsson School of Engineering and Computer Science
This course covers advanced topics in the biomechanics of soft tissues and biomaterial scaffolds. Concepts in nonlinear continuum mechanics will be presented and expanded to solve a variety of bioengineering problems. In each case, the basic anatomy and physiology of specific tissue types will be used to motivate the use of appropriate constitutive models. Relevant boundary value problems will be solved using analytical and numerical techniques. Special emphasis will be placed on the analysis and interpretation of data from complex biomechanical testing to show how experimental, theoretical, and computational methods can be integrated to gain a deeper understanding of the underlying mechanobiological processes of soft tissue remodeling. A working knowledge of linear algebra and multivariable calculus is a requirement for this class. 3 credit hours.
Prerequisites: (MATH 2415 or MATH 2419) and BMEN 3399 or graduate standing.
Offering Frequency: Every two years
This professor/course combination hasn't been taught in the semesters you selected. To see more grade data, try changing your filters.
Grades: 0
Median GPA: None
Mean GPA: None
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Jacopo Ferruzzi
[email protected]Grades: 271
Median GPA: B
Mean GPA: 2.864
4.2
Professor rating
4
Difficulty
5
Ratings given
80%
Would take again
Advanced Soft Tissue Mechanics
BMEN 6399
Erik Jonsson School of Engineering and Computer Science
This course covers advanced topics in the biomechanics of soft tissues and biomaterial scaffolds. Concepts in nonlinear continuum mechanics will be presented and expanded to solve a variety of bioengineering problems. In each case, the basic anatomy and physiology of specific tissue types will be used to motivate the use of appropriate constitutive models. Relevant boundary value problems will be solved using analytical and numerical techniques. Special emphasis will be placed on the analysis and interpretation of data from complex biomechanical testing to show how experimental, theoretical, and computational methods can be integrated to gain a deeper understanding of the underlying mechanobiological processes of soft tissue remodeling. A working knowledge of linear algebra and multivariable calculus is a requirement for this class. 3 credit hours.
Prerequisites: (MATH 2415 or MATH 2419) and BMEN 3399 or graduate standing.
Offering Frequency: Every two years
This professor/course combination hasn't been taught in the semesters you selected. To see more grade data, try changing your filters.
Grades: 0
Median GPA: None
Mean GPA: None
Click a checkbox to add something to compare.