Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic disturbances for ground-based optical telescopes. The desire to minimize the response to the wind influences the design of the telescope enclosure, structure, and control systems. There is now significant experience in detailed integrated modeling to predict image jitter due to wind. Based on this experience, a relatively simple model is proposed that is verified (from a more detailed model) to capture the relevant physics. In addition to illustrating the important elements of the telescope design that influence wind response, this model is used to understand the sensitivity of telescope image jitter to a wide range of design parameters
Ground-based telescopes operate in a turbulent atmosphere that affects the optical path across the a...
The design of future large optical telescopes must take into account the wind-induced buffeting of t...
Unsteady wind loads due to turbulence inside the telescope enclosure result in image jitter and high...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
One of the factors that can influence the performance of large optical telescopes is the vibration o...
Unsteady wind loads due to turbulence inside the telescope enclosure result in image jitter and high...
Unsteady wind loads due to turbulence inside the telescope enclosure result in image jitter and high...
The Thirty Meter Telescope project is designing a 30m diameter ground-based optical telescope. Unste...
A parametric model of the dynamic performance of an optical telescope due to wind-buffeting is prese...
A parametric model of the dynamic performance of an optical telescope due to wind-buffeting is prese...
One of the factors that can influence the performance of large optical telescopes is the vibration o...
The design of future large optical telescopes must take into account the wind-induced buffeting of t...
Ground-based telescopes operate in a turbulent atmosphere that affects the optical path across the a...
The design of future large optical telescopes must take into account the wind-induced buffeting of t...
Unsteady wind loads due to turbulence inside the telescope enclosure result in image jitter and high...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
Unsteady wind loads due to turbulence within the telescope enclosure are one of the largest dynamic ...
One of the factors that can influence the performance of large optical telescopes is the vibration o...
Unsteady wind loads due to turbulence inside the telescope enclosure result in image jitter and high...
Unsteady wind loads due to turbulence inside the telescope enclosure result in image jitter and high...
The Thirty Meter Telescope project is designing a 30m diameter ground-based optical telescope. Unste...
A parametric model of the dynamic performance of an optical telescope due to wind-buffeting is prese...
A parametric model of the dynamic performance of an optical telescope due to wind-buffeting is prese...
One of the factors that can influence the performance of large optical telescopes is the vibration o...
The design of future large optical telescopes must take into account the wind-induced buffeting of t...
Ground-based telescopes operate in a turbulent atmosphere that affects the optical path across the a...
The design of future large optical telescopes must take into account the wind-induced buffeting of t...
Unsteady wind loads due to turbulence inside the telescope enclosure result in image jitter and high...