Measuring True Strain An Application Of The Logarithm | Zendy

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Measuring True Strain An Application Of The Logarithm

Author(s) -

ed conley

Publication year - 2020

Language(s) - English

Resource type - Conference proceedings

DOI - 10.18260/1-2--13879

Subject(s) - toolbox , logarithm , connection (principal bundle) , nice , computer science , simple (philosophy) , elastomer , strain (injury) , calculus (dental) , mathematics education , algebra over a field , mathematics , engineering , mechanical engineering , pure mathematics , epistemology , mathematical analysis , programming language , materials science , philosophy , dentistry , composite material , medicine

Capitalizing on their increasing control of the material world, design engineers will soon incorporate high-strain elastomers and biology-mimicking materials into critically stressed structural components [1]. ‘High-strain is described by a simple and essential mathematical concept to which engineering students are uniformly exposed. Nevertheless, in this writers view, the theory is seldom internalized.

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