This research project is an insight of the computer simulation of sintering process used in developing parts through Powder Metallurgy. Sintering process depends on the particle size, shape, and distribution of particle size. Different types of powders will result in different packing on compaction and porosity on sintering. The objective of this research is to identify the mathematical equations that can be used for monitoring sintering process. These equations were used to generate the computer simulation to identify suitable time and temperature for sintering process
This chapter describes micromechanical and macroscopic material models for granular and porous mater...
The fuel segregation distribution sintering process, with a high fuel dosage in upper layer and a lo...
In the integrated steel industries the sintering process plays an important role furnishing raw mate...
This research project is an insight of the computer simulation of sintering process used in develop...
Abstract:- This work presents the mathematic models of the basic processes from an iron ore processi...
A computer model of the sintering process has been developed to study the evolution of the microstru...
A computer model of the sintering process has been developed to study the evolution of the microstru...
A computer model of the sintering process has been developed to study the evolution of the microstru...
This article describes the simulation of different powder technological processing steps. Among many...
Sintering, originated in ancient civilization thousands of years ago, is a typical process applied t...
MasterIron powders play a key role at the Powder Metallurgy(P/M) industries. In order to utilize the...
Abstract: This paper presents numerical simulation of powder sintering. The numerical model introduc...
Sintering controls microstructure and quality of powder‐metallurgical and ceramic products and the e...
Sintering behavior can be modeled using the simple but powerful concept of master sintering curves b...
Sintering, as a thermal process at elevated temperature below the melting point, is widely used to b...
This chapter describes micromechanical and macroscopic material models for granular and porous mater...
The fuel segregation distribution sintering process, with a high fuel dosage in upper layer and a lo...
In the integrated steel industries the sintering process plays an important role furnishing raw mate...
This research project is an insight of the computer simulation of sintering process used in develop...
Abstract:- This work presents the mathematic models of the basic processes from an iron ore processi...
A computer model of the sintering process has been developed to study the evolution of the microstru...
A computer model of the sintering process has been developed to study the evolution of the microstru...
A computer model of the sintering process has been developed to study the evolution of the microstru...
This article describes the simulation of different powder technological processing steps. Among many...
Sintering, originated in ancient civilization thousands of years ago, is a typical process applied t...
MasterIron powders play a key role at the Powder Metallurgy(P/M) industries. In order to utilize the...
Abstract: This paper presents numerical simulation of powder sintering. The numerical model introduc...
Sintering controls microstructure and quality of powder‐metallurgical and ceramic products and the e...
Sintering behavior can be modeled using the simple but powerful concept of master sintering curves b...
Sintering, as a thermal process at elevated temperature below the melting point, is widely used to b...
This chapter describes micromechanical and macroscopic material models for granular and porous mater...
The fuel segregation distribution sintering process, with a high fuel dosage in upper layer and a lo...
In the integrated steel industries the sintering process plays an important role furnishing raw mate...