Total mentored projects: 10
Developing bioinspired liquid transport structures provides an advanced tool to transport liquid on a large scale without external power.
Developing electrically assisted 3D printing enables the fabrication of metallic and polymeric material in one step for various applications.
Studying and optimizing the printing parameters provides a promising large-scale manufacturing technique of solar cells for renewable energy.
Fabricating solar cells using electrically assisted 3D printing improves the density and morphology for conductivity and energy efficiency.
Developing volumetric 3D printing will provide a novel advanced manufacturing tool that can fabricate 3D objects within seconds.
Establishing low-cost, energy-efficient and support-less production process of coal briquettes with complex shapes will aid in environment protection.
Construction of a novel 3D printer will aid in improvements to energy density and converting efficiencies in lithium-ion battery anodes.
Studying the relationship between coal briquette geometry and combustion efficiency will obtain maximum energy from limited natural resources.
Lithium-ion battery anodes fabricated through 3D printing will allow higher energy densities and recharge capabilities.
Studying the effect geometrical shape has on thermal conductivity will increase current energy generation of 3D coal briquettes.