Add to ORKGAbstract—The eects of gravity on sintering shrinkage and dimensional uniformity are analyzed using a continuum theory of sintering. Shape change caused by gravity during sintering is described both analyti-cally and numerically. For a cylindrical sample shape, analytical approximations to characterize gravity-induced nonuniformities in shrinkage and compact aspect ratio are shown. As an illustration of the con-cept, analysis is performed for the solid-phase sintering of a copper powder cylindrical specimen to repli
While significant progress in modeling of sintering has been accomplished since the original paper b...
The majority of ceramic parts are made by forming a powder compact, known as a green body, which is ...
The anisotropic dimensional change on sintering of a prior cold compacted iron was investigated by d...
Abstract—Phenomena of shape distortion caused by gravity under solid- and liquid-phase sintering are...
During sintering, powder compacts gain strength through low-temperature interparticle bonding, usual...
During sintering a powder compact gains strength through low-temperature interparticle bonding, usua...
Considerable opportunity exists for extraterrestrial repair and construction based on freeform fabri...
In this review I have tried to place in perspective differing viewpoints concerning the effect of gr...
To comprehensively understand the gravitational effects on the evolution of both the microstructure ...
A multi-scale simulation concept taking into account impact of gravity on liquid phase sintering is ...
The use of sinter-hardening steel powders combined with furnaces equipped with fast cooling units is...
Recent research has been focused on the binder jetting (BJ) additive manufacturing technique due to ...
Recent research has been focused on the binder jetting (BJ) additive manufacturing technique due to ...
Recent research has been focused on the binder jetting (BJ) additive manufacturing technique due to ...
Fundamental driving forces for liquid phase sintering behavior of tungsten heavy alloys (WHAs) are o...
While significant progress in modeling of sintering has been accomplished since the original paper b...
The majority of ceramic parts are made by forming a powder compact, known as a green body, which is ...
The anisotropic dimensional change on sintering of a prior cold compacted iron was investigated by d...
Abstract—Phenomena of shape distortion caused by gravity under solid- and liquid-phase sintering are...
During sintering, powder compacts gain strength through low-temperature interparticle bonding, usual...
During sintering a powder compact gains strength through low-temperature interparticle bonding, usua...
Considerable opportunity exists for extraterrestrial repair and construction based on freeform fabri...
In this review I have tried to place in perspective differing viewpoints concerning the effect of gr...
To comprehensively understand the gravitational effects on the evolution of both the microstructure ...
A multi-scale simulation concept taking into account impact of gravity on liquid phase sintering is ...
The use of sinter-hardening steel powders combined with furnaces equipped with fast cooling units is...
Recent research has been focused on the binder jetting (BJ) additive manufacturing technique due to ...
Recent research has been focused on the binder jetting (BJ) additive manufacturing technique due to ...
Recent research has been focused on the binder jetting (BJ) additive manufacturing technique due to ...
Fundamental driving forces for liquid phase sintering behavior of tungsten heavy alloys (WHAs) are o...
While significant progress in modeling of sintering has been accomplished since the original paper b...
The majority of ceramic parts are made by forming a powder compact, known as a green body, which is ...
The anisotropic dimensional change on sintering of a prior cold compacted iron was investigated by d...