Skip to Content
Toggle navigation
首页
Browse
Browse by Collection
Browse by Project Center
Browse Exhibits
About
About Us
Help
登录
Explore, Discover, Share
转到
Advanced search
搜索条件
清除筛选
筛选:
Contributor
Spangenberger, Anthony G.
删除限定条件 Contributor: Spangenberger, Anthony G.
1
-
4
共
4
按 relevance 排序
relevance
date uploaded ▼
date uploaded ▲
date modified ▼
date modified ▲
每页显示结果数
10 每页
10
每页
20
每页
50
每页
100
每页
以如下方式察看搜索结果:
列表
图片式展示
砌体式展示
幻灯式展示
Download search results to .CSV file
搜索结果
Add to Category
Remove From Category
Understanding Processing-Microstructure-Fatigue Performance Relationships for Defect-Tolerant Design in Laser Powder Bed Fabricated Al-10Si-0.4Mg Alloys
关键词:
additive manufacturing
,
defect tolerance
,
Al-10Si-0.4Mg
,
Fatigue
,
Fatigue crack growth
, and
laser powder bed
创造者:
Piette, Timothy
Advisor:
Lados, Diana A.
出版者:
Worcester Polytechnic Institute
创建日期:
2023-06-04
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Materials Science & Engineering
Design and Qualification of Wrought and Additively Manufactured 4340 Steels for Fatigue-Critical and Damage-Tolerant Applications
关键词:
4340 Structural Steels
,
Flaw-Sensitive Fatigue Design
,
Fatigue, Ultrasonic Fatigue, Fatigue Crack Growth
,
Additive Manufacturing
,
Extreme Value Statistics
, and
Defect Quantification
创造者:
Ryder, Matthew
Advisor:
Lados, Diana A.
出版者:
Worcester Polytechnic Institute
创建日期:
2022-08-23
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Materials Science & Engineering
Design of Cold Spray Aluminum Alloys for Structural Components, Coatings, and Repairs: Fatigue Mechanisms, Novel Interfacial Evaluations, and Methods for Material/Part Qualification
关键词:
Fatigue and Ultrasonic Fatigue
,
Interfacial Strength
,
Microstructure and Fractography
,
Coatings and Repair
,
Fatigue Crack Growth
, and
Cold Spray
创造者:
Sample, Christopher
Advisor:
Lados, Diana A.
出版者:
Worcester Polytechnic Institute
创建日期:
2022-08-22
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Materials Science & Engineering
Understanding the Material Flow Mechanisms, Microstructure Evolution, and Mechanical Properties in Friction Stir Welding of Dissimilar Metal Alloys
关键词:
Residual stress and fatigue crack growth
,
Mechanical properties
,
Optimization of friction stirred welds
,
Friction stir welding of dissimilar alloys
,
Material flow mechanisms
, and
Defects and precipitates formation mechanisms
创造者:
Wang, Xiangbin
Advisor:
Lados, Diana A.
出版者:
Worcester Polytechnic Institute
创建日期:
2021-12-14
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Materials Science & Engineering
Toggle facets
限定搜索
Collections
PhD Dissertations
4
Year
Year range begin
–
Year range end
Current results range from
2021
to
2023
View distribution
创造者
Piette, Timothy
1
Ryder, Matthew
1
Sample, Christopher
1
Wang, Xiangbin
1
Advisor
Lados, Diana A.
4
Contributor
Champagne, Victor K., Jr.
1
Chasse, Kevin
1
Cheng, Lin
1
Cote, Danielle
1
Iannacchione, Germano S.
1
更多
Contributors
»
Unit (Department)
Materials Science & Engineering
4
出版者
Worcester Polytechnic Institute
4
资源类型
Dissertation
4