Development of a heat pipe module for AC2/ATHLET and transient simulation of an experiment

An overview of heat pipe models in Sockeye

Abstract The heat pipe code Sockeye, led by Idaho National Laboratory and funded by the Nuclear Energy Advanced Modeling and Simulation program of the U.S. Department of Energy, provides engineering-scale models of high-temperature heat pipes for use in nuclear microreactors. Sockeye has three heat pipe models, referre...

Comparative CFD Analysis of Heat Sink with Horizontal and Vertical Orientation

Numerical simulation of Stirling cycle heat pumps by simple adiabatic method

ANALYSIS OF HEAT FLOW IN THE BULDING ENVELOPE

A study and analysis of the heat flow in the enclosing structure have been carried out. The results of actual and theoretical values of thermo-technical characteristics are given. The main problems arising in the thermotechnical calculations are presented.

Research method on fluid-structure-thermal coupling characteristics of throat plug nozzles

It provides a detailed introduction to the fluid-structure-thermal coupling simulation of the nozzle plug structure, conducts theoretical research, presents the basic formulas and boundary conditions for solving the problem, and performs the simulation in accordance with the specific simulation test process.

Effects of Multi-Stage Sudden Expanded Channel on Heat Transfer and Flow in Earth-Air Heat Exchanger

The thermal-hydraulic performance of a multi-stage sudden expanded channel design for Earth-Air Heat Exchanger (EAHE) application is explored in this study. The computational analysis is based on a horizontal cross-section model composed of a series of large (diameter 0.1 m) and small (diameter 0.05 m) cylindrical sect...