Analysis of the Improvement of the Carbon Fiber Mono-filaments Tensile Strength in Tensile Device

摘要

This paper describes a new micro-scale machining process which experimentally demonstrated a carbon fiber mono-filament tensile nanofibers and micro-scale devices fixture based on a 180°- and 90°-orthogonality carbon fiber mono-filament tensile (OCFMT). The fabricated OCFMTs with orthogonality structures at 180° and 90° consecutively in carbon fiber mono-filament. When the vertical load applied to the 90°-OCFMT, the micro-scale devices fixture will effective eliminate of the gravity tilt angles with an offset value effects. The fabricated OCFMTs interchange from each other angle, which provides a solution to measure the fixture. The experimental consequence clearly show that obtain effective tensile mechanical property can be developed based on the proposed OCFMT nano- and micro-scale devices and systems in application fields such as tensile strength testing of carbon fiber mono-filament, nanofibers, carbon nanofibers, bio-medical, high polymer.