人生阅读的第一篇有记忆的IPE论文是Jeffery Freiden的invested interests。
本学期在government department见到了大佬本尊并旁听了他的IPE课程，感叹一些从未预想过的奇妙缘分。老爷爷今年70岁了，决定离开波士顿和哈佛回到家乡NYC去哥伦比亚任教。
Jeff said, economists try to give prices to the things we don’t know their value, but democtrats try to figure out how culture, religion, politics give value to different things.
感受到了久违的使命感和好奇心。
一路顺风，健康开心。
本学期在government department见到了大佬本尊并旁听了他的IPE课程，感叹一些从未预想过的奇妙缘分。老爷爷今年70岁了，决定离开波士顿和哈佛回到家乡NYC去哥伦比亚任教。
Jeff said, economists try to give prices to the things we don’t know their value, but democtrats try to figure out how culture, religion, politics give value to different things.
感受到了久违的使命感和好奇心。
一路顺风，健康开心。
9️⃣图总结我的四月！
1.在学化妆，手机好吃妆，但这个月真的能够化出不同的妆啦(//∇//)
2.论文终稿 over！
3.228 时隔超久去吃饭啦！
4.过生日啦喂，收到好多爱ʚ❤️️ɞ
5.去看雪山了，运气超好，在我们之前一两天去的一直在下雪，啥也没看到，但是我们都看到啦
6.吃到正经火锅了嘿嘿，爆好吃！
7.答辩 over！论文 out！
8.回家了吼吼吼~(¯▽¯~)~回到春天去见柳絮！
9.五月继续好好运
1.在学化妆，手机好吃妆，但这个月真的能够化出不同的妆啦(//∇//)
2.论文终稿 over！
3.228 时隔超久去吃饭啦！
4.过生日啦喂，收到好多爱ʚ❤️️ɞ
5.去看雪山了，运气超好，在我们之前一两天去的一直在下雪，啥也没看到，但是我们都看到啦
6.吃到正经火锅了嘿嘿，爆好吃！
7.答辩 over！论文 out！
8.回家了吼吼吼~(¯▽¯~)~回到春天去见柳絮！
9.五月继续好好运
【Tensile Mechanical Behavior and Failure Mechanism of a Plain-Woven SiCf/SiC Composites at Room and Elevated Temperatures】
#论文发表# #材料学# #复合材料# #力学性能# #温度#
The application of Ceramic Matrix Composites (CMCs) in the aerospace can effectively reduce structural weight, reduce cooling requirements, and significantly reduce oil consumption and NOx and CO emissions, which are ideal materials for hot end components of advanced aero engines in the future. The creation of CMC parts usually uses two-dimensional diagonal layers of planar or woven fiber bundles, with interface phases deposited onto the fibers between the creations of the preform. This study carries out experimental studies on tensile mechanical properties of 2D plain_woven SiCf/SiC composites at room temperature and high temperature and discusses the factors affecting the tensile strength of the material in depth.
DOI: 10.4236/msce.2024.124006https://t.cn/A6TDSkxE
#论文发表# #材料学# #复合材料# #力学性能# #温度#
The application of Ceramic Matrix Composites (CMCs) in the aerospace can effectively reduce structural weight, reduce cooling requirements, and significantly reduce oil consumption and NOx and CO emissions, which are ideal materials for hot end components of advanced aero engines in the future. The creation of CMC parts usually uses two-dimensional diagonal layers of planar or woven fiber bundles, with interface phases deposited onto the fibers between the creations of the preform. This study carries out experimental studies on tensile mechanical properties of 2D plain_woven SiCf/SiC composites at room temperature and high temperature and discusses the factors affecting the tensile strength of the material in depth.
DOI: 10.4236/msce.2024.124006https://t.cn/A6TDSkxE
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