The Elements of Continuum Biomechanics introduces the principles of
biomechanics using a one-dimensional approach to allow readers to more
easily understand the mathematical and practical details of this complex
area. Applying theory to specific examples in biomechanics, this
theoretical framework allows the reader a clear understanding of the
topic. The author presents the fundamentals in a traditional manner then
moves on to discuss more complex topics related to biomechanics. The
book includes treatments of materials with fading memory (exemplified by
striated muscle), mixture theory (cartilage), theories with internal
variables (growth and remodeling) and non-local interactions. A section
also covers the finite element method which can be presented in greater
detail by introducing the calculus of variations and the notion of weak
formulation of equations of balance. Using case studies and examples
from situations met in biomechanics, this book explains continuum
mechanics.