A micronuclear reactor is currently being developed using 3D printing technology, with a
focus on refining the design of its heat exchanger. The objective is to optimize the topology …

Optimizing channel configurations in printed circuit heat exchangers is essential for
enhancing heat transfer and minimizing pum** power. The present study aims to optimize …

This research develops computational optimization applied, for the first time, to Rectangular
Parallel Plate Heat Exchanger unit (RPP-HEX-U). This is by employing Finite Element …

To enhance the cooling performance of proton exchange membrane fuel cell (PEMFC), the
structural design of cooling channel of PEMFC with dual-objective function model is …

Based on topology optimization method, a dual-objective function topology optimization
model containing minimum average temperature and minimum flow power dissipation was …

In this research, configuration optimization was conducted for FDSHX (fan duct surface heat
exchanger) that is a new type of heat exchanger adopted in aero-engine heat management …

Efficient thermal management is important for modern electronic devices. Traditional heat
sinks often fail to meet the increasing cooling demand owing to material and design …

In order to improve the thermal–hydraulic performance of Printed Circuit Heat Exchanger
(PCHE), the structural optimization and design of Z-type PCHE is carried out based on the …

The innovative structure and flexible functionality of Tesla valves have attracted significant
attention across various industries. Unlike conventional check valves, which open in …

This paper presents the construction results and design of the UNIST Reactor Innovation
platform for small modular reactors as a versatile testbed for exploring innovative …