Search Results - "POTTORE NARAYAN S" :: K.UTB vyhledávací portál | TBU Library Retrieval Portal

1700 ~ 2200 MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

1700 ~ 2200 MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by SONG RONGJIE, POTTORE NARAYAN S
Year of Publication 11.07.2018

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Patent

1700 ~ 2200 MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

1700 ~ 2200 MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by SONG RONGJIE, POTTORE NARAYAN S
Year of Publication 08.03.2017

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Patent

An in situ investigation of neighborhood effects in a ferrite-containing quenching and partitioning steel: Mechanical stability, strain partitioning, and damage

An in situ investigation of neighborhood effects in a ferrite-containing quenching and partitioning steel: Mechanical stability, strain partitioning, and damage

by Kang, Jiyun, Pottore, Narayan S., Zhu, Hong, Tasan, C. Cem
Published in Acta materialia (01.08.2023)

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Journal Article

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by SONG RONGJIE, POTTORE NARAYAN S
Year of Publication 07.10.2014

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Patent

$A mesoscale crystal plasticity model to predict room-temperature deformation and martensitic transformation of high-strength Quenching and Partitioning (Q&P) Steels and validation with synchrotron X-ray diffraction$

A mesoscale crystal plasticity model to predict room-temperature deformation and martensitic transformation of high-strength Quenching and Partitioning (Q&P) Steels and validation with synchrotron X-ray diffraction

by Cheng, Jiahao, Lin, Brian K., Pottore, Narayan S., Sadagopan, Sriram, Zhu, Hong, Hu, Xiaohua
Published in International journal of plasticity (05.12.2023)

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Journal Article

$A mesoscale crystal plasticity model to predict room-temperature deformation and martensitic transformation of high-strength Quenching and Partitioning (Q&P) Steels and validation with synchrotron X-ray diffraction$

A mesoscale crystal plasticity model to predict room-temperature deformation and martensitic transformation of high-strength Quenching and Partitioning (Q&P) Steels and validation with synchrotron X-ray diffraction

by Cheng, Jiahao, Lin, Brian K, Pottore, Narayan S., Sadagopan, Sriram, Zhu, Hong, Hu, Xiaohua
Published in International journal of plasticity (01.01.2024)

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Journal Article

HIGH SILICON BEARING DUAL PHASE STEELS WITH IMPROVED DUCTILITY

HIGH SILICON BEARING DUAL PHASE STEELS WITH IMPROVED DUCTILITY

by FONSTEIN NINA MICHAILOVNA, POTTORE NARAYAN S, JUN HYUN JO
Year of Publication 17.05.2017

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Patent

HIGH SILICON BEARING DUAL PHASE STEELS WITH IMPROVED DUCTILITY

HIGH SILICON BEARING DUAL PHASE STEELS WITH IMPROVED DUCTILITY

by FONSTEIN NINA MICHAILOVNA, POTTORE NARAYAN S, JUN HYUN JO
Year of Publication 07.10.2014

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Patent

The Development of a Continuous Rheocaster for Ferrous and High Melting Point Alloys

The Development of a Continuous Rheocaster for Ferrous and High Melting Point Alloys

by Blazek, Kenneth E., Kelly, James E., Pottore, Narayan S.
Published in ISIJ International (01.01.1995)

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Journal Article

MARTENSITIC STEELS WITH 1700 TO 2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700 TO 2200 MPA TENSILE STRENGTH

by Pottore, Narayan S, Song, Rongjie
Year of Publication 14.07.2022

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Patent

Martensitic steels with 1700 to 2200 MPa tensile strength

Martensitic steels with 1700 to 2200 MPa tensile strength

by Pottore, Narayan S, Song, Rongjie
Year of Publication 03.05.2022

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Patent

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by POTTORE, NARAYAN S, SONG, RONGJIE
Year of Publication 07.07.2020

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Patent

MARTENSITIC STEELS WITH 1700 TO 2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700 TO 2200 MPA TENSILE STRENGTH

by Pottore, Narayan S, Song, Rongjie
Year of Publication 07.05.2020

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Patent

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by POTTORE, Narayan S, SONG, Rongjie
Year of Publication 28.10.2019

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Patent

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by POTTORE, NARAYAN S, SONG, RONGJIE
Year of Publication 30.09.2019

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Patent

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by POTTORE, Narayan S, SONG, Rongjie
Year of Publication 17.04.2019

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Patent

METHOD FOR PRODUCING HIGH SILICON DUAL PHASE STEELS WITH IMPROVED DUCTILITY

METHOD FOR PRODUCING HIGH SILICON DUAL PHASE STEELS WITH IMPROVED DUCTILITY

by FONSTEIN, Nina Michailovna, JUN, Hyun Jo, POTTORE, Narayan S
Year of Publication 12.03.2020

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Patent

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by SONG RONGJIE, POTTORE NARAYAN S
Year of Publication 24.09.2015

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Patent

MARTENSITIC STEELS WITH 1700 2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700 2200 MPA TENSILE STRENGTH

by SONG RONGJIE, POTTORE NARAYAN S
Year of Publication 18.09.2015

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Patent

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

MARTENSITIC STEELS WITH 1700-2200 MPA TENSILE STRENGTH

by POTTORE, NARAYAN S, SONG, RONGJIE
Year of Publication 02.09.2015

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Patent