It also offers a number of add-ons called bonus components. Despite the fact that this front-end framework is similar to Bootstrap, it is leaner, bloat-free, and easier-to-use.Ĭoncise CSS is mobile-friendly and designed for creating responsive websites and applications. It supports Vanilla CSS and SASS while maintaining LESS and Stylus versions (although they are currently unsupported). Concise CSSĬoncise CSS is also one of the most lightweight alternatives to Bootstrap. In general, Base offers a solid foundation for building responsive and user-friendly web solutions. But it is synchronized with both modern and old browsers such as IE8+. The downside is that Base doesn’t include JavaScript. But it follows a mobile-first approach and ensures a great feel and look of an app on different devices, including smartphones. Base won’t offer you fancy UI components since it provides only those elements which come with HTML by default. It contains the most essential things needed to create a website – the grid and the basic styling of HTML elements. Baseīase is another framework like Bootstrap. Although Skeleton has some limitations, it’s simple and fast to start, which is often enough for a good jump-off. You also get a responsive design and a mobile-first approach if you use it. However, Skeleton can be easily adjusted to any style or design. Since it is not a UI framework, it provides only basic UI elements. This framework also offers CSS best practices, code limited to around 400 lines with comments, 12-column fluid grid, and easily customizable base styles. In particular, it has its well-structured grid system and some basic styles for common HTML elements, such as buttons, lists, tables, and forms. Skeleton defines itself as a “dead simple, responsive boilerplate”. It’s excellent for some small projects when there is no need to use all Bootstrap functions. Skeleton is a CSS framework that is a lightweight alternative to Bootstrap. If you are looking for a framework like that – here’s a list of 10 Bootstrap alternatives. easy integration with other frameworks and platformsīut when you want to create something simple and straightforward, you don’t need all CSS and JavaScript features and extensions offered by Bootstrap.extended base styling package with most HTML elements (typography, buttons, icons, forms, images, tables, and much more).rapid development process with numerous templates available.Here is a list of reasons why Bootstrap is so popular among developers: So, basically, Bootstrap is a set of tools for creating responsive and mobile-first projects on the web. ![]() ![]() In general, Bootstrap comprises HTML/CSS elements (i.e., typography, buttons, forms, navigation, and other user interface components) and JavaScript extensions. It is an open-source front-end framework developed by designers and software engineers at Twitter. 53(14): 1985-2000.In web development, there are some front-end frameworks that allow programmers to create useful and innovative web solutions much easier and faster. Lightweight alternatives to glass fiber/epoxy sheet molding compound composites: a feasibility study. When cellulose nanocrystals were added to the composites, the properties of glass fiber/epoxy sheetmolding compound composites were enhanced while those of basalt fiber/epoxy sheet-molding compound composites deteriorated.Īsadi, Amir Baaij, Ferdinand Moon, Robert J Harris, Tequila AL Kalaitzidou, Kyriaki. No significant difference was found between the basalt fiber/epoxy and glass fiber/epoxy sheet-molding compound composites in terms of mechanical and impact properties. 12–16 wt%, with a small amount cellulose nanocrystals, i.e. The possibility of lightweighting the basalt fiber/epoxy and glass fiber/epoxy sheet-molding compound composites is explored by replacing a portion of the fibers, i.e. In addition, cellulose nanocrystals are used to enhance the properties of the sheet-molding compound resin system. Glass fiber and basalt fibers are used to make sheet-molding compound composites and the mechanical performance are determined as a function of the fiber type and content. The focus of this study is to (i) understand the effect of the fiber type and content on the mechanical properties of sheetmolding compounds composites and (ii) investigate possible lightweight alternatives to glass fibers-sheet molding compound composites.
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