Priyanka Agrawal

University of North Texas

H指数:26

被引数:3,099

个人简介

暂无内容

教育背景

暂无内容

工作经历

暂无内容

荣誉奖项

暂无内容

Fault architecture-controlled γ↔ε transformation and reversion under strain-controlled fatigue in a metastable high-entropy alloy

位错结构调控的γ↔ε相变及应变控制疲劳下的逆转变在亚稳高熵合金中

Acta Materialia

IF9.3

2026-09-190

PRE

Crack susceptibility of novel W-Nb-C alloy for laser beam powder bed fusion additive manufacturing

新型W-Nb-C合金在激光束粉末床熔融增材制造中的开裂敏感性

Acta Materialia

IF9.3

2026-03-200

PRE

Development of a W-Cr-C tungsten alloy for synergistic printability and performance through laser powder bed fusion additive manufacturing

通过激光粉末床熔融增材制造开发一种兼具协同可打印性和性能的W-Cr-C钨合金

International Journal of Refractory Metals and Hard Materials

IF4.6

2025-12-090

PRE

Experimental determination of critical resolved shear stress for strain-induced phase transformation

应变诱导相变临界分切应力的实验测定

Scripta Materialia

IF5.6

2025-08-300

PRE

Understanding the deformation behavior of the γ rich transformative Fe38.5Mn20Co20Cr15Si5Cu1.5 complex concentrated alloy using in situ synchrotron diffraction

通过原位同步辐射衍射研究富γ相转变Fe38.5Mn20Co20Cr15Si5Cu1.5复杂合金的变形行为

materials science materials in engineering

IF0

2025-08-250

PRE

Novel high specific-strength multi-topology Al-Ni-Ti-Zr-Mn alloy using laser powder bed fusion additive manufacturing

采用激光粉末床熔融增材制造的新型高比强度多拓扑结构Al-Ni-Ti-Zr-Mn合金

Additive Manufacturing Letters

IF4.7

2025-07-220

OAAI

Impact of metastability engineered low energy interfaces on synergistic enhancement of strength and strain hardening through deformation-driven bidirectional transformation

通过变形驱动双向转变对强度和应变硬化协同增强的影响：稳定性工程低能量界面的作用

Acta Materialia

IF9.3

2025-07-170

PRE

Coupling strengthening with local stress relaxation in an 800 MPa yield strength strain transformable titanium alloy

将强度增强与局部应力弛豫相结合的800 MPa屈服强度应变可转换钛合金

SCRIPTA MATERIALIA

IF5.6

2025-06-010

PRE

Effectiveness of interventions to prevent drowning among children under age 20 years: a global scoping review

FRONTIERS IN PUBLIC HEALTH

IF3.4

2024-12-310

OAAI

Energy conservation design techniques for mobile wireless VLSI systems

ieee computer society workshop on vlsi

IF0

2024-10-225

PREAI

Enhanced thermal stability in additive friction stir deposited ODS IN9052 Al alloy

在9052铝合金中添加搅拌摩擦沉积ODS的热稳定性增强

ACTA MATERIALIA

IF9.3

2024-10-010

PRE

Corrosion resistance tailoring of a paramagnetic Ti-6Al-4V through a static magnetic field exposure in solid state

通过固态静磁场暴露来定制顺磁Ti-6Al-4V的耐腐蚀性

JOURNAL OF MATERIALS SCIENCE

IF3.9

2024-09-280

PRE

Time-resolved evolution of the deformation mechanisms in a TRIP/TWIP Fe50Mn30Co10Cr10 high entropy during tensile loading probed with synchrotron X-ray diffraction

INTERNATIONAL JOURNAL OF PLASTICITY

IF12.8

2024-08-016

OAAI

Role of TiB 2 inoculation particles during welding of a AlCoCrFeNi high entropy alloy

TiB 2孕育颗粒在AlCoCrFeNi高熵合金焊接中的作用

JOURNAL OF ALLOYS AND COMPOUNDS

IF6.3

2024-08-0112

OAAI

Heterogenous phase evolution and mechanical response in additively manufactured low alloy martensitic steel processed via laser-directed energy deposition

通过激光定向能量沉积加工的添加制造的低合金马氏体钢中的异质相演变和机械响应

MATERIALS & DESIGN

IF7.9

2024-07-011

OAAI

Influence of magnetic field on the mechanical behavior of friction stir processed paramagnetic alloy

MATERIALS TODAY COMMUNICATIONS

IF4.5

2024-06-011

PRE

Strength-conductivity synergy via lean alloy design: A study on novel solid stir extrusion of an Al-2Cu-0.1 Nb-0.15Zr (-wt.%) alloy

通过稀薄合金设计实现强度-电导率协同作用: Al-2Cu-0.1 Nb-0.15Zr (-wt。%) 合金的新型固体搅拌挤压研究

JOURNAL OF ALLOYS AND COMPOUNDS

IF6.3

2024-03-013

PRE

Novel SolidStir extrusion technology for enhanced conductivity cable manufacturing via in-situ exfoliation of graphite to graphene

新型SolidStir挤出技术通过石墨原位剥离石墨烯增强导电性电缆制造

MATERIALS & DESIGN

IF7.9

2024-02-016

OAAI

Ion irradiation and examination of Additive friction stir deposited 316 stainless steel

离子辐照和添加剂摩擦搅拌沉积316不锈钢的检验

MATERIALS & DESIGN

IF7.9

2024-02-016

OAAI

Multimodal and multiscale strengthening mechanisms in Al-Ni-Zr-Ti-Mn alloy processed by laser powder bed fusion additive manufacturing

激光粉末床熔融增材制造al-ni-zr-ti-mn合金的多模态和多尺度强化机制

MATERIALS & DESIGN

IF7.9

2024-01-015

OAAI

Priyanka Agrawal

个人简介

教育背景

工作经历

荣誉奖项

研究方向