Abstract A Lattice Metal Frame (LMF) has advantages such as easy design of topology and
shape of structure, and consequently easy controlling of pressure drop and heat transfer …

Advanced design methods and manufacturing techniques are crucial for develo** thermal
management structures, essential for the efficient operation of complex equipment. This …

In this paper, we propose a novel Metaheuristic Structure Binary-Distribution (MSB) method
for attaining lightweight and high thermal conductive structure. MSB combines metaheuristic …

In this paper, topology optimization method is applied to bionic domain, and in order to
improve the thermal performance of heat sinks, two topological heat sinks are obtained …

Additive manufacturing (AM) technology has significant potential to improve heat exchanger
(HX) performance through incorporation of novel geometries and materials, but there is …

This paper investigates the application of density-based topology optimization to the design
of air-cooled forced convection heat sinks. To reduce the computational burden that is …

Significant advance in additive manufacturing (AM) is leading to a paradigm shift in design-
for-manufacturing. The manufacturability concern over geometry complexity has largely …

Passive heat sinks cooled by natural convection are reliable, compact, and low‐noise. They
are widely used in telecommunication devices, LEDs, and so forth. This work builds upon …

The increase in module operating temperature above 25° C can be detrimental to the
electrical output performance of photovoltaic (PV) modules. The study introduces a novel …

Topology optimised designs for passive cooling of light-emitting diode (LED) lamps are
investigated through extensive numerical parameter studies. The designs are optimised for …