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Full-Body Flexibility

2011
Improve flexibility, balance, and strength in three steps! Only the Full-Body Flexibility system blends the best stretching methods from yoga, Pilates, martial arts, and sports training into stretching sequences for your every need. In this updated edition, you’ll find 175 stretches and 23 routines that will help you take these steps:
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Flexible body scanning without template models

Signal Processing, 2019
Abstract The apparition of low-cost depth cameras has lead to the development of several reconstruction methods that work well with rigid objects, but tend to fail when used to manually scan a standing person. Specific methods for body scanning have been proposed, but they have some ad-hoc requirements that make them unsuitable in a wide range of ...
Rafael Muñoz-Salinas   +3 more
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Flexible automation for automotive body assembly

2008 IEEE International Conference on Automation Science and Engineering, 2008
The automotive industry is faced actually with the challenge to enable their car body assembly lines to produce a mix of several different car models on the same line. A new automation concept for highly flexible multi-body assembly lines is presented that even allows model change on the fly.
Sven Soetebier   +4 more
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Flexible Body Grasping Simulation in ADAMS

Applied Mechanics and Materials, 2014
Analysis of Flexible Body is a difficult problem in system dynamics analysis. In the paper, the basic theory of ADAMS flexible body and some methods of adding flexible bodies to a model are introduced. And build a system simulation model. Through manipulator grasping tomatoes examples verify the effectiveness of ADAMS flexible body grasp simulation ...
Yu Zhang, Zhong Jun Fu, Hui Fang Liu
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Multiple body systems with flexible members

Nonlinear Dynamics, 1990
Systems of rigid and flexible bodies undergoing large rigid body motions but small elastic deformations are investigated. In order to get the correct equations of motion one has to consider geometric nonlinearities even in the elastic coordinates. Different possibilities of independently choosing these coordinates are presented. The flexible bodies are
Martin Botz, Peter Hagedorn
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Modeling of Flexible Bodies

2016
This chapter will discuss some of the widely used techniques for modeling flexible multibody systems (MBS). Among the topics discussed in this chapter are the floating frame of reference (FFR) formulation and the absolute nodal coordinate formulation (ANCF). Discussion on the use of the CAD-based methods such as B-spline and NURBS (Non-uniform rational
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"GM Suicide": Flexibility, Space, and the Injured Body

Economic Geography, 1998
Abstract:While geographers have devoted much attention to the external geographies of Japanese production models, little work has been done on the internal geographies of the production process. This paper explores the relationship between lean production, space, and the body.
Deborah Leslie, David Butz
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Thermoplastic Elastomers for Flexible Body Components

SAE Technical Paper Series, 1976
<div class="htmlview paragraph">Thermoplastic elastomers provide a balance of rubberlike properties with easy processing using standard plastics fabrication equipment. Selected physical properties of several types of thermoplastic elastomers are compared including stress-strain, and flexural modulus over a broad temperature range which shows the ...
J.H. Brillinger, S.A. Banks
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Flexible Bodies in Multibody Systems

1998
The motion of flexible bodies in multibody systems can be represented in many applications as a superposition of a large reference motion and small deformations, which allows linearisation in the deformation variables. The linearisation procedure requires a careful analysis of geometric stiffening.
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Rapid Multi-Flexible-Body Maneuvering Experiments

1988 American Control Conference, 1988
Progress at the NASA Langley Research Center in the area of rapid multi-flexible-body maneuvering experiments is described in this paper. The experiments are designed to verify theoretical analyses using control theory for the control of flexible structures.
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