Abstract 3D printing, more formally known as Additive Manufacturing (AM), is already being
adopted for rapid prototyping and soon rapid manufacturing. This review provides a brief …

Additive manufacturing offers flexibility in designing, customizing, minimization of waste,
manufacturing complex profiles and faster prototyping. Among these, polyjet and fused …

The multi-material structures found in soft robot bodies, from stretchable elastomers to hard
connectors, can display highly distinct physicochemical properties, challenging the …

Material properties and composite structures play key roles in tailoring the performance of
soft robots. Unfortunately, current design and fabrication approaches limit achievable …

The current chapter provides an introduction to the primary methods and processes of 3-
dimensional (3D) printing. For each approach, the physical mechanism of printing will be …

A model to compute the elastic modulus and tensile properties of 3D printed Carbon Fiber
Reinforced Polymers (CFRP) is presented. The material under consideration is Carbon …

ABSTRACT Material Jetting (MJ) 3D printing technologyis promising for the fabrication of
highly realistic surgical simulators, however, the changes in the mechanical properties of MJ …

Purpose Nowadays, the PolyJet technique is used to fabricate low volume functional parts in
engineering and biomedical applications. However, the mechanical properties of the …

ABSTRACT 3D printing (also known as Rapid Prototyping or Additive Manufacture) is
increasingly common and technically sophisticated, and is utilized in art and design …

Additive manufacturing (AM) is a relatively new technological advancement that allows for
rapid prototyping, development of intricate shapes, and reduction in manufacturing time. The …