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  1. 7 Conclusions

    Gyrover is a novel concept for mobility that has distinct advantages over conventional, statically stable vehicles. The concept has been veri.ed with...
    Yangsheng Xu, Yongsheng Ou in Control of Single Wheel Robots
    Chapter
  2. 6 Shared Control

    Based on the successful implementations of the lateral balancing and tiltup motion, in this chapter, we are going to develop a shared control...
    Yangsheng Xu, Yongsheng Ou in Control of Single Wheel Robots
    Chapter
  3. 2 Kinematics and Dynamics

    Previously, Gyrover was controlled only manually, using two joysticks to control the drive and tilt motors through a radio link. A complete dynamic...
    Yangsheng Xu, Yongsheng Ou in Control of Single Wheel Robots
    Chapter
  4. 4 Learning-based Control

    Due to the complexity of the system, it is difficult for us to work out a “complete” analytical model of it. Therefore, in this chapter, we propose...
    Yangsheng Xu, Yongsheng Ou in Control of Single Wheel Robots
    Chapter
  5. 1 Introduction

    Land locomotion can be broadly characterized as quasi-static or dynamic. Quasi-static equilibrium implies that inertial (acceleration-related)...
    Yangsheng Xu, Yongsheng Ou in Control of Single Wheel Robots
    Chapter
  6. 5 Further Topics on Learning-based Control

    Modeling human control strategy (HCS) refers to a model of a human expert’s control action in response to system real-time feedback. That is, we aim...
    Yangsheng Xu, Yongsheng Ou in Control of Single Wheel Robots
    Chapter
  7. 3 Model-based Control

    Due to the inherent lateral instability, the first step in controlling the robot is stabilization. Fortunately, the lean angle of the robot can be...
    Yangsheng Xu, Yongsheng Ou in Control of Single Wheel Robots
    Chapter
  8. The Role of Dam** in Complex Structural Dynamics: Data-Driven Approaches

    The Dynamics Group at Hamburg University of Technology has been working on two consecutive research projects supervised by Prof. Norbert Hoffmann...
    Merten Stender, Norbert Hoffmann in Calm, Smooth and Smart
    Chapter 2024
  9. Lightweight Structures with Adaptive Dynamic Behavior Through Evanescent Morphing

    Compressible Constrained Layer Dam** (CCLD) is a novel semi-active dam** solution for vibration mitigation. The constrained dam** layer...
    Tom Ehrig, Christoph Hildebrand, ... Pawel Kostka in Calm, Smooth and Smart
    Chapter 2024
  10. A Systematic Approach to Smart Dam** of Mechanical Systems Based on Inductive Electro-Mechanical Coupling

    Changing magnetic flux in conductive materials will induce electric currents: if the change of flux is – somehow – related to mechanical motions, the...
    Mitja Rosenboom, Hartmut Hetzler in Calm, Smooth and Smart
    Chapter 2024
  11. Field-Responsive Fluid Based Multi-degree-of-Freedom Dampers for Independently Adjustable Dissipation

    Dam** is a decisive factor that influences the dissipation of energy in vibrating systems. That is why it is important to have the right amount of...
    Aditya Suryadi Tan, Thomas Sattel in Calm, Smooth and Smart
    Chapter 2024
  12. Simulation-Based Design of Hybrid Particle Dampers with Application to Flexible Multibody Systems

    Particle dam** technology is a passive dam** technique used to reduce structural vibrations. Either containers attached to the vibrating...
    Niklas Meyer, Robert Seifried in Calm, Smooth and Smart
    Chapter 2024
  13. Granular Mixtures with Tailored Effective Properties

    Noise and vibration/resonance constitute a drawback in many technical and geo-engineering applications. Acoustic waves produced on roads, railways or...
    Kianoosh Taghizadeh, Stefan Luding, Holger Steeb in Calm, Smooth and Smart
    Chapter 2024
  14. Addressing Specific Design and Development Issues Using Process Models and Approaches

    Design and development situations have many common characteristics but also require situation-specific issues to be treated. This chapter explores...
    David C. Wynn, P. John Clarkson in The Design and Development Process
    Chapter 2024
  15. Context of the Design and Development Process

    Design and development occurs in many contexts but is also highly varied, with each situation exhibiting different combinations of characteristics...
    David C. Wynn, P. John Clarkson in The Design and Development Process
    Chapter 2024
  16. Metaphors for the Design and Development Process

    The design and development process occurs in systems of human activity. As such it is perceived only through particular worldviews, where each brings...
    David C. Wynn, P. John Clarkson in The Design and Development Process
    Chapter 2024
  17. Approaches for Modelling and Improving Design and Development Processes

    Modelling the specific details of design and development processes helps to generate insights for their planning, execution and improvement. A wide...
    David C. Wynn, P. John Clarkson in The Design and Development Process
    Chapter 2024
  18. Conceptual Models and Theories of Design and Development

    Conceptual models and theories regarding the design and development process convey insights about that process on a high level of abstraction and...
    David C. Wynn, P. John Clarkson in The Design and Development Process
    Chapter 2024
  19. Multimodality in Virtual Co-urban Design

    A multimodal co-design in virtual urban design refers to a human–computer interaction system composed of the comprehensive usage of various input and...
    Shuva Chowdhury, Marc Aurel Schnabel in Multimodality in Architecture
    Chapter 2024
  20. Benefits of Designing with Conceptual Models

    Develo** a conceptual model is not simply an additional cost for a project. It produces outputs that are useful or even necessary for later steps,...
    Jeff Johnson, Austin Henderson in Conceptual Models
    Chapter 2024
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