This paper shows how umbrella canopies and umbrella canopy-like mechanisms can be designed inherently balanced. Inherently balanced means that the center of mass of the moving parts remains stationary at a single point for any position of the mechanism simply because of the specific design of the mechanism where no countermasses or springs are needed. The advantages of a balanced canopy are that it can be opened and closed easily with minimal effort even if it has large dimensions and that it is inherently safe since the canvas cannot collapse or fall down. Also a shaking ground or floor does not affect an inherently balanced canopy. This is due to its dynamic force balance, allowing the canopy to be perfectly suitable as a retractable roof...
The canopy has been used widely all over the world due to the ability of the canopy to provide prote...
This thesis introduces an alternative approach to the current mechanical sweeping wing concept. The ...
A suspended bridge model is developed at numerical level, its global geometry is freely inspired by ...
This paper shows how umbrella canopies and umbrella canopy-like mechanisms can be designed inherentl...
The innovative suggestion of this work is the usage of bended composite arms instead of complicated ...
4th IEEE/IFToMM International Conference on Reconfigurable Mechanisms and Robots, ReMAR 2018; Delft;...
A reconfigurable and deployable mechanism is proposed for a canopy which can also be used as a tent ...
This research project proposes the design of a freestanding, biomimetically inspired, deployable can...
A lightweight, deployable canopy system has been designed to provide weather protection for events s...
The need for the design and implementation of deployable shelters stems from the necessity for the r...
The development of a retractable cover was carried out by experimental research on organic geometry ...
This research project proposes the design of a freestanding, biomimetically inspired, deployable can...
In this paper, a new reconfigurable doubly-curved structure has been developed for a canopy roof. Th...
The structural performance of any building design is often dependent on the geometrical shape, which...
A mechanism or robotic manipulator that is dynamically balanced does not cause base vibrations when ...
The canopy has been used widely all over the world due to the ability of the canopy to provide prote...
This thesis introduces an alternative approach to the current mechanical sweeping wing concept. The ...
A suspended bridge model is developed at numerical level, its global geometry is freely inspired by ...
This paper shows how umbrella canopies and umbrella canopy-like mechanisms can be designed inherentl...
The innovative suggestion of this work is the usage of bended composite arms instead of complicated ...
4th IEEE/IFToMM International Conference on Reconfigurable Mechanisms and Robots, ReMAR 2018; Delft;...
A reconfigurable and deployable mechanism is proposed for a canopy which can also be used as a tent ...
This research project proposes the design of a freestanding, biomimetically inspired, deployable can...
A lightweight, deployable canopy system has been designed to provide weather protection for events s...
The need for the design and implementation of deployable shelters stems from the necessity for the r...
The development of a retractable cover was carried out by experimental research on organic geometry ...
This research project proposes the design of a freestanding, biomimetically inspired, deployable can...
In this paper, a new reconfigurable doubly-curved structure has been developed for a canopy roof. Th...
The structural performance of any building design is often dependent on the geometrical shape, which...
A mechanism or robotic manipulator that is dynamically balanced does not cause base vibrations when ...
The canopy has been used widely all over the world due to the ability of the canopy to provide prote...
This thesis introduces an alternative approach to the current mechanical sweeping wing concept. The ...
A suspended bridge model is developed at numerical level, its global geometry is freely inspired by ...