Kai Xiang is a journalist who writes for various publications including Business Insider, Business Insider Nederland, and Yahoo News. With a diverse range of topics, Kai's articles cover technology, business, international affairs, and human interest stories. Their work has also been featured in Entrepreneur Media, Yahoo Finance UK, and Nature Portfolio, among others.
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Kai Xiang's broad coverage encompasses diverse topics such as education, international living, technology, business, and travel. His articles often include expert commentary and cited data.
For pitching to Kai Xiang, consider providing insights from experts in the fields of education policy or international employment trends. Additionally, pitches offering unique perspectives on technological advancements or global business practices could be well-received. As he covers a wide range of themes and topics, it is crucial to tailor your pitch according to the specific focus of each article.
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By: Kai Xiang Teo
Founded in 1901, U.S. Steel was the world's first billion-dollar company.
By: Kai Xiang Teo
The antitrust suit alleged that Google had unlawfully dominated the Android mobile applications market and overcharged consumers.
By: Kai Xiang Teo
In the footage, fountains of lava can be seen erupting from the fissure, lighting up the sky, and spreading into the surrounding terrain.
By: Kai Xiang, Lindsay Dodgson
A YouTuber says he was banned from Qatar Airways flights over a bad review. He described dirty bathrooms, a bad crew, and outdated cabins in his video, posted in August.
By: Kai Xiang
Back in 2019, I was living in Sao Paulo and working for Amazon when I got a LinkedIn message from an Alibaba recruiter.
By: Thomas Friestad -, Kai Xiang, Laura Dolan, Nicki Brown, David Goldman, Rob Copeland, Maureen Farrell
A team of Northland high school students hope a semester-long project will spark creative redevelopment ideas for Cerner Corp.'s former World
By: Maurice Miller, Jessica Skropanic, Kai Xiang
MEMPHIS, Tenn. — An after-school club operated by The Satanic Temple is back in the headlines after the Uvalde Foundation for Kids canceled its plans for protest.
By: Kai Xiang Teo
My employer pays for me to fly home every summer, but I feel reverse culture shock every time I'm back in England.
By: Kai Xiang
Jerome Barty-Taylor has spent the past decade tutoring old-money families in Hong Kong. He advises parents who want to send their kids to top US colleges to start preparing in ninth grade.
By: Zarinejad, Tong, Chen, Lintao, Kuah, Kai Xiang, Tian, Mehrdad, Sajjad, Mu, Yonglong, Nian, Wang, Rimaz, Xiaotong, Yunxiang, Mojtaba, Chengfa, Xu, Salehi
This review explores additive manufacturing (AM) for refractory tungsten (W) and its alloys, highlighting the primary challenges and determining factors in the AM of pure W, W alloys and composites. The challenges mainly arise from W’s high melting point, low laser absorptivity, high thermal conductivity, high melt viscosity, high oxygen affinity, high ductile-to-brittle transition temperature, and inherent embrittlement, which lead to defects and anomalies in AM-produced parts. This review focuses on both processes and alloying strategies to address the issues related to densification, micro-cracking, and the resultant properties in W-based components. Cracking in additively manufactured W remains a persistent issue due to thermal stress, embrittlement, and oxide formation. Powder characteristics, process parameters, and thermal management strategies are crucial for W densification. Throughout the review, existing knowledge and insights are organized into comprehensive tables, serving as valuable resources for researchers delving deeper into this topic. Future research in W-AM should focus on understanding the interaction between AM process parameters and microstructural and material design. Advances in atomic-level understanding, thermodynamic modeling, and data analytics have the potential to significantly enhance the precision, sustainability, and applicability of W-AM.
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