Existing theories of erosion of ductile metals based on cutting and deformation mechanisms predict no material removal at normal incidence which is contradictory to experience. Thus, other mechanisms may be involved. The possible role of adhesive material transfer during erosion is investigated by both single particle impingement experiments and erosion by streams of particles. Examination of the rebounding particles as well as the eroded surface yields evidence of a significant adhesive mechanism for the ductile metals investigated
Erosion tests were conducted on 1045 steel samples which had been subjected to different heat treatm...
The gas-solid particle erosion mechanisms of metals and alloys are considered in light of the result...
Solid particle erosion inevitably occurs if a gas–solid or liquid–solid mixture is in contact with a...
Particulate damage and erosion of ductile metals are today plaguing design and field engineers in di...
In order to study the basic mechanisms of erosion, hardened steel balls were shot into annealed 6061...
Scanning electron microscopy was used to characterize the erosion of annealed copper and aluminum su...
Erosion is a wear process, in which surface damage is caused by the repeated application of high loc...
The removal of material from the surface of a ductile metal by small impacting particles is a design...
Impulsive versus steady jet impingement of spherical glass bead particles on metal surfaces was stud...
The erosion of an aluminum alloy impinged by crushed glass particles at normal incidence was studied...
Solid particle erosion in ductile materials is a common problem in many industrial applications. It ...
Material is removed from ductile surface by the action of cutting and deformation mechanisms during ...
Thesis (B.S.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1971.Bibliogr...
Mass loss of inner wall surface due to particle impact, also referred as erosive wear, is a common c...
The material loss upon erosion was measured for several iron-chromium alloys. Two types of erodent m...
Erosion tests were conducted on 1045 steel samples which had been subjected to different heat treatm...
The gas-solid particle erosion mechanisms of metals and alloys are considered in light of the result...
Solid particle erosion inevitably occurs if a gas–solid or liquid–solid mixture is in contact with a...
Particulate damage and erosion of ductile metals are today plaguing design and field engineers in di...
In order to study the basic mechanisms of erosion, hardened steel balls were shot into annealed 6061...
Scanning electron microscopy was used to characterize the erosion of annealed copper and aluminum su...
Erosion is a wear process, in which surface damage is caused by the repeated application of high loc...
The removal of material from the surface of a ductile metal by small impacting particles is a design...
Impulsive versus steady jet impingement of spherical glass bead particles on metal surfaces was stud...
The erosion of an aluminum alloy impinged by crushed glass particles at normal incidence was studied...
Solid particle erosion in ductile materials is a common problem in many industrial applications. It ...
Material is removed from ductile surface by the action of cutting and deformation mechanisms during ...
Thesis (B.S.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1971.Bibliogr...
Mass loss of inner wall surface due to particle impact, also referred as erosive wear, is a common c...
The material loss upon erosion was measured for several iron-chromium alloys. Two types of erodent m...
Erosion tests were conducted on 1045 steel samples which had been subjected to different heat treatm...
The gas-solid particle erosion mechanisms of metals and alloys are considered in light of the result...
Solid particle erosion inevitably occurs if a gas–solid or liquid–solid mixture is in contact with a...