In dynamics, space refers to the three-dimensional continuum in which all physical objects exist and events occur. The concept of space is essential for describing the motion and interactions of objects, as well as understanding the spatial relationships between different bodies in a system.
Space Dynamics Laboratory was created in 1959.
Bong Wie has written: 'Space vehicle dynamics and control' -- subject(s): Space vehicles, Dynamics, Control systems
in dance there are time flow space and weight
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Janet A. Lepanto has written: 'Efficient placement of structural dynamics sensors on the space station' -- subject(s): Space stations, Structural dynamics, Attitude control systems
Software Dynamics, the makers of Operation: Inner Space, have a free demo on their website.
Action, Space, Dynamics, Relationship
Marcel J. Sidi has written: 'Spacecraft Dynamics and Control' -- subject(s): Space vehicles, Dynamics, Control systems
Shape dynamics is a theoretical framework in physics that focuses on the idea that the geometry of space and time is not fixed, but can change dynamically. Key principles and concepts include the idea that the shape of space-time can evolve over time, the concept of "shape memory" where the geometry of space-time can remember its past states, and the notion that the dynamics of shape can influence the behavior of matter and energy in the universe.
actions of dance mean's what is the action then space is where to go and dynamics is how you do it and relationships is who with
Joseph V. Fedor has written: 'A user's guide to the flexible spacecraft dynamics and control program-V' -- subject(s): Dynamics, Space vehicles
Peter H Zipfel has written: 'Modeling and simulation of aerospace vehicle dynamics' -- subject(s): Mathematical models, Mathematics, Space vehicles, Aerodynamics, Dynamics, Airplanes