We present a generalized constitutive model for versatile physics simulation of inviscid fluids,
Newtonian viscosity, hyperelasticity, viscoplasticity, elastoplasticity, and other physical …

We assume that the viscous forces in any liquid are simultaneously local and non-local, and
introduce the extended POM-POM model [McLeish and Larson 1998; Oishi et al. 2012; …

We study the enhanced spreading and internal diffusion of a cold, self-rewetting droplet
laden with both surfactant and medicine that is placed over a hot liquid film. Spreading is …

We introduce the CF diffusion model [Anderson and Tamma 2006; Xue et al. 2018] to
computer graphics for diffusion-driven problems that has several attractive properties: (a) it …

We present an adaptively updated Lagrangian Material Point Method (A‐ULMPM) to alleviate
non‐physical artifacts, such as the cell‐crossing instability and numerical fracture, that …

Supercritical water gasification provides a new approach to the green transformation of coal.
Nevertheless, the flow characteristics of fluids and particles injected into the reactor through …

Many geometry processing techniques require the solution of partial differential equations (PDEs)
on surfaces. Such surface PDEs often involve boundary conditions prescribed on the …

We propose a height-field-based real-time simulation method for sand and water mixtures.
Inspired by the shallow-water assumption, our approach extends the governing equations to …

The Black-Scholes model is the rare closed-form formula for pricing options, but its shortcomings
are well known. Adding stochastic volatility, American or Bermudan early exercise, non-…

This study measures the convergence and divergence of major cryptocurrencies by applying
two distance measures used in machine learning. Particularly, the time-varying Euclidean …