[PDF][PDF] Experimental study on grinding forces and specific energy in three different environments of grinding carbon fiber reinforced silicon carbide composite
Ceramic matrix composites (CMCs) are a new class of high technology materials which can
be utilized as a replacement for metallic super-alloys. CMCs have a vast array of …
be utilized as a replacement for metallic super-alloys. CMCs have a vast array of …
Surface Quality, Efficiency and Process Optimization of Grinding Carbon Fiber-Reinforced Silicon Carbide Composite
Ceramic Matrix Composites (CMCs) are designed to overcome the main drawbacks of
monolithic ceramics, especially their brittleness, in high-performance and safety-critical …
monolithic ceramics, especially their brittleness, in high-performance and safety-critical …
Numerical Analysis and Optimization of Magnetic Flux Density in the Polishing Process with Magnetorheological Fluid
A Esmaeilzare, A Bagheri Ardakani… - Amirkabir Journal of …, 2018 - mej.aut.ac.ir
In the finishing process of optical parts, achieving minimum surface roughness and high
profile precision are of great importance. Due to brittle nature and high hardness of these …
profile precision are of great importance. Due to brittle nature and high hardness of these …
مطالعه تجربی نیروها و انرژی مخصوص در سنگزنی کامپوزیت سیلیکون کارباید تقویتشده با فیبر کربن با روش های مختلف روانکاری
اسماعیلی, حامد, ادیبی, حامد, رضاعی - مهندسی مکانیک مدرس, 2018 - mme.modares.ac.ir
Ceramic matrix composites (CMCs) are a new class of high technology materials which can
be utilized as a replacement for metallic super-alloys. CMCs have a vast array of …
be utilized as a replacement for metallic super-alloys. CMCs have a vast array of …