Calculation of transient temperature fields is widely used in engineering application and is
also very crucial. Nevertheless, the existing methods for the prediction of complex transient …

This study aims to develop a fast prediction method of 3D temperature and chemical species
distributions in pulverized coal boilers for real-time combustion monitoring and optimization …

Selective artificial ground freezing (S-AGF) applications usually extend to very deep levels
(more than 400 meters); numerical modeling of such large AGF applications encounters two …

Based on reasonable simplifications of a two‐dimensional (2D) energy equation, a basic
heat transfer equation in 1D form is obtained for the hot crude oil transportation in a long …

In this paper, an adaptive partitioning strategy and the proper orthogonal decomposition–
Galerkin method are combined to formulate an adaptive partitioned reduced order model …

In cold climates, a borehole thermal storage system is key to supplying renewable energy
year-round for heating applications. For such systems, coaxial borehole heat exchangers …

Based on the established physical and mathematical models for the thermal system coupled
by crude oil, pipeline and soil, the thermal characteristics of crude oil pipeline during its …

Purpose This paper aims to present an efficient IMPES algorithm based on a global model
order reduction method, proper orthogonal decomposition (POD), to achieve the fast …

The predictions of fluid flow and temperature distributions in air-cooled data centers are
crucial for improving the thermal management efficiency. In this work, the proper orthogonal …

By means of additional specific heat capacity and momentum source term methods, the heat
transfer characteristic of waxy crude oil after pipeline shutdown is investigated by the …