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受到扭转负荷的产品通常需要分析，例如用于弯曲刚度的分析。主要差异是要使用的特定材料特性（剪切模量或刚性模量）和惯性的极矩（这与弯曲中使用的惯性矩非常相似）。扭转[…]

在一个越来越多的电子产品的世界中，我们的生活不断受到包含某种热电学电路的设备的影响。当涉及到在正常运行期间以热量耗散功率的电子设备时，通常有必要管理这种热量，以确保组件不会超过其最高允许温度。一 […]

Fictiv的3D打印零件紧固件指南包括螺纹插入物，自线阅读螺钉，如何设计螺纹，捕获的十六进制螺母和用水龙头切割线的概述。在本文中，我们将更深入地深入研究，并为塑料固定组件的所有选项提供更全面的指南，包括：[...]

圆角是那些神秘的设计功能之一，似乎没有明确定义的规则。零件完全没有圆角，大多数或所有边缘都定义明确，或者零件的设计师决定采用相反的路线，并且每个边缘和角落都有一定大小的[…]

Perhaps you watched BattleBots in the early 2000’s, or maybe you recently got into combat robotics and thought to yourself “what goes into building one of these gladiator bots?” Well, we’re team RoboGym, and we’re here to answer your question. We’ve been building and refining our BattleBot, Deadlift for years, and we’ll be guiding you […]

If you want to know the general lay of the land when it comes to combat robotics and the different types of BattleBots, you can learn about that in Part One of How to Build a BattleBot Like a Pro. If you’re ready to get into the specifics of designing and building a combat robot […]

在最终确定零件之前，要仔细研究任何设计的几种草稿总是一个好主意。原型制作可以帮助您获得正确的设计，但是您需要使用不同类型的草稿才能成功进行注射模制塑料项目。在注射成型中，草稿是您应用于[…]的垂直墙的角度。

In this part of our Butterball electric vehicle conversion series of articles, we’re discussing prototyping and making parts vs. buying them off the shelf — and you can learn more about the genesis of the project, its mechanical design, and electrical system in our other articles. As a digital manufacturing company, we’re very familiar with […]

欢迎来到我们胖子的下一篇文章EV conversion! In case you didn’t read our introductory article, Butterball is our pet name for the cream-colored 1966 Fiat 500 that we converted to an electric vehicle this past year as a means to foster community here at Fictiv while we were all working remotely. You […]

欢迎来到我们的4PART EV汽车转换系列！去年，我们在我们都远程工作时开始了该项目，以了解汽车和寄养社区。在本文中，我们将概述我们的方法以及工程师将1966年菲亚特500（Butterball）变成电动汽车时所做的决定。[…]