Biomechanics, in science, the study of biological systems, particularly their structure and function, using methods derived from mechanics, which is concerned with the effects that forces have on the motion of bodies.
For this purpose, moment methods, derived from a population balance equation, represent a very interesting strategy.
Since the attributes generally take string values, we transform the attribute by methods derived from Section 7.2.
The new constraint-solving methods derived from these techniques help designers in gaining important insights during engineering design.
The failure load is calculated using finite element methods and analytical methods derived from the equivalent continuum.
However, traditional numerical methods derived from classical continuum mechanics have difficulties in resolving discontinuous problems like ice damage.
The topology and connection weights of these networks are evolved with methods derived from the NEAT method.
The suggested approach is compared to the methods derived from the likelihood ratio tests and their relationship elucidated.
Methods derived from population genetics to assess heritability provide no information about the causal mechanisms contributing to the development of an individual's traits.
The genetic algorithm requires methods derived from the principles of biological evolution to produce a new generation from the initial generation.
These methods include the projection method and its novel forms, approximation techniques, Newton's methods and the methods derived from the auxiliary principle techniques.
