In this study, turning operation of Monel K500 copper-nickel super-alloy was evaluated. Ceramic cutting tools with two different cutting noses (conventional and wiper) were utilized. At first, the experimental tests were designed by using central composite design method. After implementation of the tests, the statistical models for output data (surface roughness, cutting force, and flank wear) ...

In this article, a novel method for calculating the amount of flank wear that occurs during turning nickel-based superalloy Monel K500 is presented. order to determine how much worn-out insert has sustained, technique known as Modified MSER (Maximally Stable Extremal Regions) was applied it. particular piece research, algorithm referred Flank Net. When data generated by Flank-Net and analysed t...

In this study, turning operation of Monel K500 copper-nickel super-alloy was evaluated. Ceramic cutting tools with two different cutting noses (conventional and wiper) were utilized. At first, the experimental tests were designed by using central composite design method. After implementation of the tests, the statistical models for output data (surface roughness, cutting force, and flank wear) ...

Like most other fundamental mechanical components which form the basis of many mechanical systems, springs have existed since the Bronze Age for storage or release of energy, absorption or utilization of vibration, relaxation or absorption of impact force and when unloaded, return to the original position or to the original shape. Quality, service requirement, performance as well as durability ...

The present nuclear physics program at the National Superconducting Cyclotron Laboratory (NSCL) is based on an ECR-ion-source injected K1200 superconducting cyclotron. An upgrade project is now underway to significantly increase the facility’s output intensity for light ions and energy for heavy ions by coupling the existing superconducting K500 cyclotron to the K1200. The improved acceleration...

A new lithium vanadium fluoride Li2VF6 was prepared by reacting lithium fluoride LiF with vanadium tetrafluoride VF4 in a monel capsule at 500 ◦C. The crystal structure has been determined by means of powder X-ray diffraction. Trirutile-type dilithium hexafluorovanadate(IV) crystallizes in the tetragonal space group P42/mnm with lattice parameters a = 459.99(1), b = 459.99(1), c = 896.64(2) pm....

Monel 400 is a nickel based super alloy containing copper as the main alloying element. Its usage in industries like marine, aerospace and chemical, makes it an attractive choice for research. It exhibits high strength excellent corrosion resistance. also classified hard to cut material because of its lower thermal conductivity, higher hardness value ability react with cutting tool at temperatu...