overleaf template galleryLaTeX templates and examples — Recent
Discover LaTeX templates and examples to help with everything from writing a journal article to using a specific LaTeX package.

This is a template that can be used for drawing syntactic trees, which are used in linguistic analysis in the subfield of linguistics called syntax. This template uses the standalone document class so that the resulting tree can be downloaded and inserted into another document (e.g., a Word document). The tree drawing is done using the package forest.

Template for Lebanese American University math assignment.

Modelo de TCC para UFRN

Beinagrind af verkefnaskil fyrir Meistaraskólann

山中 卓 (大阪大学 大学院理学研究科 物理学専攻)先生が作成された科研費LaTeXを、坂東 慶太 (名古屋学院大学) が了承を得てテンプレート登録しています。 詳細はこちら↓をご確認ください。 http://osksn2.hep.sci.osaka-u.ac.jp/~taku/kakenhiLaTeX/

山中 卓 (大阪大学 大学院理学研究科 物理学専攻)先生が作成された科研費LaTeXを、坂東 慶太 (名古屋学院大学) が了承を得てテンプレート登録しています。 詳細はこちら↓をご確認ください。 http://osksn2.hep.sci.osaka-u.ac.jp/~taku/kakenhiLaTeX/

Lab Report Template for Yale's PHYS 206 Lab.

Starting Point for defining a Master/Bachelor Thesis Research Project

The joining of ceramics with metals is widely used in aerospace engineering where high strength and excellent heat insulation materials are desired. In this paper, a new multifunctional bolted joint with load bearing-heat insulation integration is prepared with porous ZrO2/(ZrO2+Ni) sandwich ceramics. Double-shear behavior of the bolted joint connecting C/SiC plates is analyzed by ABAQUS codes. It is found that shearing damage occurs at shearing faces of the bolt, the shearing failure faces are layered rather than smooth. To improve its shearing strength, we introduce the shear band (ZrO2+V%Ni of thickness h) to its shearing faces. Results show that the shear band can improve the shearing strength and slow down the attenuation of load bearing capacity after reaching the shearing strength, without obviously increasing the thermal conductivity. An optimal structural design is performed and proper shear band is defined to balance the shearing strength and heat insulation performance of the ceramic joint.
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