Sammy Tin

University of Arizona

H指数:37

被引数:7,186

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Evaluation of Different Dynamic Point Melt Scanning Strategies on Microstructure Evolution for IN718 Bulk Parts Fabricated by EB-PBF

不同动态点熔池扫描策略对EB-PBF制备IN718块体零件微观结构演化的评价

Journal of Materials Research and Technology

IF6.6

2025-11-130

OAAI

GRX-810: High-temperature behavior, deformation mechanisms, and size effects

GRX-810：高温行为、变形机制及尺寸效应

Materials Science and Engineering: A

IF0

2025-10-170

PRE

Understanding of Selective Grain Growth Mechanisms in Powder Metallurgy Ni-Based Superalloys Using Advanced Quantitative EBSD and EDS Analysis

利用先进定量EBSD和EDS分析理解粉末冶金镍基高温合金的选择性晶粒长大机制

METALLURGICAL AND MATERIALS TRANSACTIONS A-PHYSICAL METALLURGY AND MATERIALS SCIENCE

IF2.5

2025-09-010

PRE

A New Method for the Microfocus X-ray Computed Tomography Visualization and Quantitative Exploration of Reinforcement Particles in Additively Manufactured Superalloy IN718

一种用于增材制造超合金IN718中增强颗粒的微焦点X射线计算机断层扫描可视化与定量探索的新方法

Journal of Nondestructive Evaluation

IF2.4

2025-08-180

PRE

Stress-dependent χ phase transformation in a Ni-based superalloy

应力依赖的χ相转变在一种镍基高温合金中

Communications Materials

IF9.6

2025-08-140

Impact of a typical scanner delay processing parameter on local microstructure in metallic laser-based powder bed fusion

典型扫描仪延迟处理参数对金属激光粉末床熔融局部微观结构的影响

Additive Manufacturing Letters

IF4.7

2025-02-090

An additively manufactured IN718 strengthened by CSL boundaries with high-temperature tensile and short-term creep resistance up to 800°C

MATERIALS SCIENCE AND ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROSTRUCTURE AND PROCESSING

IF7

2025-02-010

PRE

Fatigue mechanisms at 450°C of a highly twined (>70%) and HIP-densified IN718 superalloy additively manufactured by laser beam powder bed fusion

通过激光束粉末床融合增材制造的高度缠绕 (>70%) 和HIP致密化的IN718高温合金在450 °C下的乏力机制

INTERNATIONAL JOURNAL OF FATIGUE

IF6.8

2025-01-011

PRE

Microstructure Refinement of Bulk Inconel 718 Parts During Fabrication with EB-PBF Using Scanning Strategies: Transition from Bidirectional-Raster to Stochastic Point-Based Melting

使用eb-pbf制造过程中使用扫描策略对大块Inconel 718零件的微观结构进行细化: 从双向光栅到随机点熔化的过渡

JOURNAL OF MANUFACTURING AND MATERIALS PROCESSING

IF3.3

2024-10-311

Additive manufacturing of nickel-based superalloys: A state-of-the-art review on process-structure-defect-property relationship

镍基高温合金的增材制造: 工艺-结构-缺陷-性能关系的最新进展

PROGRESS IN MATERIALS SCIENCE

IF40

2023-07-01139

OAAI

Comparison of the stress relaxation and creep behavior of conventionally forged and additively manufactured Rene 65

JOURNAL OF MATERIALS SCIENCE

IF3.9

2023-03-295

PRE

Melt pool geometry dependent microstructural evolution induced by inoculants in IN718 processed by selective laser melting

选择性激光熔化处理的IN718中孕育剂引起的熔池几何形状相关的微观结构演变

JOURNAL OF ALLOYS AND COMPOUNDS

IF6.3

2023-02-015

OAAI

Local Phase Transformation Strengthening at Microtwin Boundaries in Nickel-Based Superalloys

ACTA MATERIALIA

IF9.3

2022-10-0123

OAAI

The effects of CoAl2O4 on the microstructural evolution of Inconel 718 processed by direct energy deposition

JOURNAL OF MATERIALS SCIENCE

IF3.9

2022-08-191

PRE

Insight to agglomeration and chemical reactions of CoAl2O4 inoculants in IN718 processed by selective laser melting

JOURNAL OF ALLOYS AND COMPOUNDS

IF6.3

2021-11-0112

OAAI

Microstructure dependence of stress relaxation behavior of powder-processed Ni-base superalloys

MATERIALS SCIENCE AND ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROSTRUCTURE AND PROCESSING

IF7

2021-05-0116

PREAI

Enhanced creep performance in a polycrystalline superalloy driven by atomic-scale phase transformation along planar faults

ACTA MATERIALIA

IF9.3

2021-01-0138

OAAI

Effects of CoAl2O4 inoculants on microstructure and mechanical properties of IN718 processed by selective laser melting

ADDITIVE MANUFACTURING

IF11.1

2020-10-0134

PREAI

Effect of phosphorus content and grain size on the long-term phase stability of Ni-base superalloys

磷含量和晶粒尺寸对镍基高温合金长期相稳定性的影响

JOURNAL OF ALLOYS AND COMPOUNDS

IF6.3

2020-07-019

PREAI

Hot deformation behavior and flow stress modeling of a Ni-based superalloy

MATERIALS CHARACTERIZATION

IF5.5

2019-11-0160

OAAI

Sammy Tin

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