Four types of laminated composite materials are tested experimentally in order to estimate
the fatigue characteristics and investigation of the mechanical properties for a manufactured …

The main issue of this research to improve and develop the mechanical properties of the
socket composite material for below-knee (BK) prosthesis; several composite materials were …

The current study aims to prepare a nano-hybrid composite material reinforced with perlon
fibers and triple nanoparticles (TiO2-ZnO-ZrO2) produced using the sol-gel method. The …

Composites outdo their basic materials because they combine the best properties offered by
each one separately. They have proven their usefulness in many technical applications …

In this research, two groups of composite materials were used for manufacturing Above–
Knee (AK) prosthetic socket. These sockets were fabricated from resin lamination (80: 20) …

This research is looking for three laminated composite material groups. These three groups
were utilized in experimental investigation to find their mechanical properties. These …

This study aims to determine the bending and impact strength of the laminate composite
Co/G/Co (cotton-glass fiber-cotton) and C/G/C (carbon fiber-glass fiber-carbon fiber) that are …

The goal of modern industries is to use low-cost and environmentally friendly materials,
whether natural or industrial, especially for engineering and medical applications. The …

Nowadays, the choice of composite materials to manufacture medical orthopedic prostheses
is largely accepted for its intrinsic resistance, ease of molding and machining, compatibility …

Amputees suffer from sores and injuries caused by friction and pressure, which causes the
amputated part attached to the prosthesis to overheat. Many researchers worked on …