This paper discusses the effects of process parameters in TIG based WAAM for specimens
created using Hastelloy X alloy (Haynes International) welding wire and 304 stainless-steel …

Study Design. An in vitro biomechanical investigation on human cadaveric specimens was
conducted before and after nucleotomy. Endplate and vertebral body deformation patterns …

With additive manufacturing advancements, the possibility of creating lattice-based 3D-printed
implants can enhance the osseointegration of orthopedic devices. To this date, there is no …

The acetabular labrum is a soft-tissue structure which lines the acetabular rim of the hip joint.
Its role in hip joint biomechanics and joint health has been of particular interest over the …

Background: Periprosthetic femoral fractures with well-fixed femoral components can be
difficult to manage and internal fixation is usually necessary. This study was designed to …

Query expansion methods have been studied for a long time - with debatable success in
many instances. In this paper we present a probabilistic query expansion model based on a …

Background Although many research studies investigating subsidence of intervertebral fusion
cages have been published, to our knowledge, no study has comprehensively compared …

Background: Cam morphology in association with femoroacetabular impingement (FAI) is a
recognized cause of hip pain and cartilage damage and proposed as a leading cause of …

Tissue engineering and stem cell therapy hold great potential of being able to fully restore,
repair and replace damaged, diseased or lost tissues in the body. Biocompatible porous …

The mechanical properties of the human spine have been studied extensively in compression,
but there remains a lack of fundamental data in shear. The overall goal of this study was …