Scott Hamilton Bill Randolph University of Hawaii at Manoa W. M. Keck Observatory
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Scott Hamilton Bill Randolph University of Hawaii at Manoa W. M. Keck Observatory
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Scott Hamilton Bill Randolph University of Hawaii at Manoa W. M. Keck Observatory. 3D Mechanical Design & 3D CAD (Computer Aided Design) Software. Documentation Keck II Hydrostatic Bearing Support System Yoke (Left Structure) Keck I Stand-off Weldment (Access Ladder). - PowerPoint PPT Presentation
Transcript of Scott Hamilton Bill Randolph University of Hawaii at Manoa W. M. Keck Observatory
Scott Hamilton
Bill Randolph
University of Hawaii at Manoa
W. M. Keck Observatory
3D Mechanical Design & 3D CAD (Computer Aided Design) Software
Documentation
Keck II
Hydrostatic Bearing Support System
Yoke (Left Structure)
Keck I
Stand-off Weldment (Access Ladder)
Documentation & Organization
Converting from 2D AutoCad to 3D Solid Works
A current configuration of the telescope
Parametric Model
Effective way of recording updates
Efficient system from a business standpoint
Hydrostatic Shoe Bearings
Supports the axial elevation bearing
Allows the axial elevation bearing to move on frictionless surface
Injects a thin layer of oil between the pad and the journal.
Oil Tray
Collects & recycles oil
Main telescope support
Left Platform
AO Enclosure
Work Points
Structurally important origin
Purpose
Safe & efficient access to vertical cable trays
Enable MOSFIRE & K1LGS CCR plumbing installation
Enable K1LGS glycol plumbing installation
Converting 3d models to technical drawings
Meeting specifications for fabrications
Bill Randolph
Kyle Kinoshita
Randy Mogensen
Keck’s Mechanical Engineering Group
CfAO & The Akamai Internship program
The Akamai Internship Program is funded by the Center for Adaptive Optics through its National Science Foundation Science and Technology Center grant (#AST-987683)
