Rationally Tunable Phase Change Material Thermal Properties Enabled by Three-Dimensionally Printed Structural Materials and Carbon-Based Functional Additives

<div>Fabrication of 3DS-TEMCs. (a) 3D-printed diagonal grid structures with different infill densities (30, 60, and 80% of the printed objects) as thermally conductive backbone structures for 3DS-TEMCs. (b) Preparation of the octadecane-based MWCNT/GNP nanocomposites. (c) Incorporation of 3D-printed porous structures and phase change nanocomposites to obtain 3DS-TEMCs.</div>

International Journal of Energy Research

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Figure 2: Rationally Tunable Phase Change Material Thermal Properties Enabled by Three-Dimensionally Printed Structural Materials and Carbon-Based Functional Additives 

Figure 2 | Rationally Tunable Phase Change Material Thermal Properties Enabled by Three-Dimensionally Printed Structural Materials and Carbon-Based Functional Additives 