The ICCHMT conference series, which is being periodically held since 1999 has the heat and mass transfer processes in focus. This fundamental discipline is obviously the backbone of a wide range of engineering applications, especially in the area of energy/thermal/process engineering, and has an even wider reaching scope including the environmental as well as biological processes.   

​With today’s urgent needs on the efficient use of energy resources, coupled with environmental concerns, the importance of the topic becomes even more obvious. Nanotechnology and biomedical applications are examples of recently growing fields pertaining to heat and mass transfer.

​The conference addresses specifically the research, development and application of the computational methods, without, however, excluding experimental and theoretical approaches, especially as means of validation and inspiration. The highly multifaceted field that can include multi-phase phenomenon and chemical reactions is correspondingly demanding for the computational methods. The latter can cover a wide range of scales, extending form macroscopic-level to nano-level, using continuum or discrete mechanics, depending on the considered phenomenon and purpose. As various procedures such as FVM, FEM, FDM can be used to discretize the field equations of continuum, particle based methods utilizing different philosophies such as SPH or LBM can also be employed, which can model continuum as inspired by discrete mechanics or molecular dynamics, and, thus, build a bridge to meso-scales, whereas truly MD calculations can be performed at non-continuum scales.

​https://www.icchmt2023.de/About#Objectives