This paper presents a comprehensive review on surface hardening of ferrous materials
using in-situ diffusion of nascent carbon and nitrogen from cyanide-based bio-processed …

This paper explores the indentation size effect (ISE) in pack carbo-nitrided AISI 8620 steel
surfaces. The surfaces of the AISI 8620 steel samples were pack carbo-nitrided at 900° C …

This paper presents the results of an experimental study of nano-and macro-scale wear in a
carbo-nitrided AISI 8620 steel. Carbo-nitriding is carried out using a novel method that …

In this paper, ductile iron was produced using a rotary furnace. The microstructures of the
ductile iron (with and without cyanided coatings) were then characterized using optical …

This study investigates the microstructure of the visible diffusion zone formed in low carbon
steel pack cyanided using processed cassava leaves. Standard parts machined from low …

In this paper, ductile iron was produced using a rotary furnace. The microstructures of the
ductile iron (with and without cyanided coatings) were then characterized using optical …

Cassava-leaf-enhanced carbonitriding is a surface hardening procedure that utilizes the
high cyanide content that is present in processed cassava leaves to thermochemically …

This paper presents the results of an experimental study of the effects of biocyaniding with
dried cassava leaves obtained from Manihot spp. with BaCO 3 energizer. These are …

This study made a comparison between low and high-temperature pack cyaniding. Specific
focus includes microstructure, surface hardness and case depth of treated samples …

This entry discusses pack cyaniding of steel with particular reference to the recently
developed surface strengthening method for steel. The method essentially entails in situ …