Multiscale Modeling of Concrete

Multiscale Modeling of Concrete, 1st Edition, delivers a comprehensive reference on computational techniques for evaluating concrete across physical dimensions. The text demonstrates how numerical methods bridge physical behaviors starting from atomic interactions up to large macroscale structural components. It provides researchers with unified computational methods for analyzing material behavior across distinct physical dimensions.

The book organizes its primary technical coverage into finite element modeling across length scales, hydration modeling, and microstructural characterization. Readers investigate computational frameworks for tracking chemical phase developments during cement hydration alongside constitutive modeling formulations for individual concrete constituents.

A defining technical feature is the incorporation of molecular dynamics simulations to model concrete constituents at atomic and nanometer scales. This focused material directly serves multiscale modeling software developers and high-performance concrete researchers who require multi-length simulation protocols.