Powder material parameters establishment through warm forming route
This paper presents the establishment of the properties of powder materials through experimentation at elevated temperature ranging from room temperature (30 �C) to 150 �C. Uniaxial die compaction experiments were conducted to establish the powder properties such as densification, Young's modul...
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my.uniten.dspace-306382023-12-29T15:50:40Z Powder material parameters establishment through warm forming route Rahman M.M. Ariffin A.K. Nor S.S.M. Rahman H.Y. 55328831100 6701641666 23492827600 7101793656 C. Powder metallurgy F. Elastic behaviour F. Plastic behaviour Aluminum powder metallurgy Compaction Experiments Friction Holmium Iron powder Iron powder metallurgy Metallurgy Plastics Steel powder metallurgy C. Powder metallurgy Compaction temperature Deformation properties Elastic behaviour Elevated temperature F. Plastic behaviour Friction coefficients Plastic hardening coefficient Powder material Powder properties Room temperature Spring-back Temperature dependent Uniaxial die compaction Warm forming Young's Modulus Materials properties This paper presents the establishment of the properties of powder materials through experimentation at elevated temperature ranging from room temperature (30 �C) to 150 �C. Uniaxial die compaction experiments were conducted to establish the powder properties such as densification, Young's modulus, spring-back, plastic index, elastic index, and plastic hardening coefficient. Shearing experiments were conducted to establish the temperature dependent friction coefficient. Iron powder ASC 100.29, manufactured by H�gan�s AB Company was used during the experiment. The results showed that the deformation properties of powder materials especially iron powder are temperature dependent. The values of some properties are increased as the compaction temperature increased and vice versa. � 2010 Elsevier Ltd. Final 2023-12-29T07:50:40Z 2023-12-29T07:50:40Z 2011 Article 10.1016/j.matdes.2010.05.058 2-s2.0-77956177641 https://www.scopus.com/inward/record.uri?eid=2-s2.0-77956177641&doi=10.1016%2fj.matdes.2010.05.058&partnerID=40&md5=e59c35b48eb635c9db40906f3ae9b614 https://irepository.uniten.edu.my/handle/123456789/30638 32 1 264 271 Scopus |
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C. Powder metallurgy F. Elastic behaviour F. Plastic behaviour Aluminum powder metallurgy Compaction Experiments Friction Holmium Iron powder Iron powder metallurgy Metallurgy Plastics Steel powder metallurgy C. Powder metallurgy Compaction temperature Deformation properties Elastic behaviour Elevated temperature F. Plastic behaviour Friction coefficients Plastic hardening coefficient Powder material Powder properties Room temperature Spring-back Temperature dependent Uniaxial die compaction Warm forming Young's Modulus Materials properties |
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C. Powder metallurgy F. Elastic behaviour F. Plastic behaviour Aluminum powder metallurgy Compaction Experiments Friction Holmium Iron powder Iron powder metallurgy Metallurgy Plastics Steel powder metallurgy C. Powder metallurgy Compaction temperature Deformation properties Elastic behaviour Elevated temperature F. Plastic behaviour Friction coefficients Plastic hardening coefficient Powder material Powder properties Room temperature Spring-back Temperature dependent Uniaxial die compaction Warm forming Young's Modulus Materials properties Rahman M.M. Ariffin A.K. Nor S.S.M. Rahman H.Y. Powder material parameters establishment through warm forming route |
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This paper presents the establishment of the properties of powder materials through experimentation at elevated temperature ranging from room temperature (30 �C) to 150 �C. Uniaxial die compaction experiments were conducted to establish the powder properties such as densification, Young's modulus, spring-back, plastic index, elastic index, and plastic hardening coefficient. Shearing experiments were conducted to establish the temperature dependent friction coefficient. Iron powder ASC 100.29, manufactured by H�gan�s AB Company was used during the experiment. The results showed that the deformation properties of powder materials especially iron powder are temperature dependent. The values of some properties are increased as the compaction temperature increased and vice versa. � 2010 Elsevier Ltd. |
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55328831100 |
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55328831100 Rahman M.M. Ariffin A.K. Nor S.S.M. Rahman H.Y. |
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Article |
| author |
Rahman M.M. Ariffin A.K. Nor S.S.M. Rahman H.Y. |
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Rahman M.M. |
| title |
Powder material parameters establishment through warm forming route |
| title_short |
Powder material parameters establishment through warm forming route |
| title_full |
Powder material parameters establishment through warm forming route |
| title_fullStr |
Powder material parameters establishment through warm forming route |
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Powder material parameters establishment through warm forming route |
| title_sort |
powder material parameters establishment through warm forming route |
| publishDate |
2023 |
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1806428512403324928 |
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13.211869 |