首页> 外文会议>Conference on nondestructive characterization for composite materials, aerospace engineering, civil infrastructure and homeland security >Paleoaerodynamic Exploration of the Evolution of Nature's Flyers and Man's Aircraft and Options for Future Technology Innovations
【24h】

Paleoaerodynamic Exploration of the Evolution of Nature's Flyers and Man's Aircraft and Options for Future Technology Innovations

机译:对自然传单和男子飞机的演变和未来技术创新选择的普赖力动力学探索

获取原文

摘要

Insights and observations of fascinating aspects of birds, bugs and flying seeds, of inspired aerodynamic concepts, and visions of past, present and future aircraft developments are presented. The evolution of nature's flyers, will be compared with the corresponding evolution of commercial aircraft. We will explore similarities between nature's creations and man's inventions. Many critical areas requiring future significant technology based solutions remain. With the advent of UAVs and MAVs, the gap between "possible" and "actual" is again very large. Allometric scaling procedures will be used to explore size implications on limitations and performance capabilities of nature's creations. Biologically related technology development concepts including: bionics, biomimicry, neo-bionic, pseudo-mimicry, cybernetic and non-bionic approaches will be discussed and illustrated with numerous examples. Technology development strategies will be discussed along with the pros and cons for each. Future technology developments should include a synergistic coupling of "discovery driven", "product led" and "technology acceleration" strategies. The objective of this presentation is to inspire the creative nature existing within all of us. This is a summary all text version of the complete report with the same title that report includes approximately 80 figures, photos and charts and much more information.
机译:展示了对鸟类,虫子和飞行种子的迷人方面的见解和观察,灵感的空气动力学概念以及过去,现行和未来的飞机发展的景象。大自然传单的演变将与商用飞机的相应演变进行比较。我们将探讨大自然创作与人类发明之间的相似之处。许多需要未来的基于技术的基于技术的解决方案的关键区域仍然存在。随着UVS和MAV的出现,“可能”和“实际”之间的差距再次非常大。各种缩放程序将用于探索对自然创作的局限性和性能能力的大小影响。生物学相关技术的发展概念包括:仿生学,生物化,新仿生,伪模仿,伪模糊,无仿生方法将被讨论和说明,并用许多实例说明。技术开发策略将与每个人一起讨论。未来的技术开发应包括“发现驱动”,“产品LED”和“技术加速”策略的协同耦合。本演示的目标是激发所有人内部的创意性质。这是一个摘要所有文本版本的完整报告的所有文本版本,其中报告包含大约80个数字,照片和图表以及更多信息。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号