• 160 Primary Mirrors Stresses in the Mirror, Two New Loadings:
  Vacuum Device Failure
  Passive Supports
  (11/95)

• 159 Primary Mirrors
  Stress Checks During Cast Handling
  (5/95)
  Enclosures 1-5 (5/95)

• 158 Primary Mirrors
  Stress Checks During Handling by Vacuum Device
  (7/95)
  Enclosures 1-2 (7/95)

• MMT MMT Conversion Project: Primary Mirror
  8 Mirror 6.5 m F/1.25: Axial Support Influence Functions
  (1/95)

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• 157 New Honeycomb Pattern: Stress Checks in Operative Conditions (Gravity Loads)
  (7/94)
  Addendum (11/94)
  Addendum #2 (1/96)

• 156 Primary Mirrors
  New Honeycomb Pattern: Axial and Lateral Support Optimization
  (7/94)

• 155 Primary Mirrors 8.4 m - f/1.4
  New Honeycomb Pattern: Global Fe Model of One Mirror Quarter
  (6/94)

• 154 Primary Mirrors 8.4 m - f/1.4
  Stresses in the Pucks
  (3/94)

• 153 Primary Mirrors 8.4 m - f/1.4
  New Loadspreader Design
  Stress Analysis of the Primary Mirrors Under Gravity Loads
  (3/94)

• 152 Primary Mirrors 8.4 m - f/1.4
  New Loadspreaders & Puck Design
  Actions Transmitted to the Glass
  (3/94)

• 151 Primary Mirrors 8.4 m - f/1.4
  Furnace Flotation Support Analysis
  (2/94)
  Addendum (4/94)
  Addendum #2 (5/94)

• MMT Conversion Project: Primary Mirror
  6 Mirror 6.5 m F/1.25: Finite Element Model
  11/94

• MMT Conversion Project: Primary Mirror
  7 Mirror 6.5m F/1.25: Axial and Lateral Supports Optimization
  (12/94)

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• 150 Effect of CTE Mirror - Loadspreaders Displacements of the Optical Surface
  (11/93)

• 149 Stress Analysis in Operative Conditions
  (10/93)

• 148 Axial and Lateral Supports
  (10/93)

• 147 Primary Mirrors 8.4m, f/1.14
  Refined Model of the Honeycomb Zone above the Pucks
  (6/93)

• 146 Primary Mirrors 8.4m, f/1.14
  Forces Transmitted by the Loadspreader to the Glass
  (6/93)

• 145 Primary Mirrors 8.4m, f/1.14
  Stress Analysis in Operating Conditions Description and Checks
  of FE Models
  (6/93)

• Mirror Blank 8.4m, f/1.14
  Stress Check in Operating Conditions - meeting at Arcetri
  (6/93)

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• 144 Mirror Blank 8.4 m, f/1.14 Supporting Pads
  (11/92)

• 143 Mirror Blank 8.4m, f/1.14
  A Proposal for a New Set of Functions Fitting Optical Surface Defects
  (3/92)

• 142 Mirror Blank 8.4m, f/1.14
  Stress Analysis of the Mirror During Handling by Front Plate Fixture
  (3/92)

• 141 Mirror Blank 8.4m, f/1.14
  Stress Concentration Factors Due to Ventilation Holes Near Inner
  Edge
  (2/92)

• 140 Mirror Blank 8.4m, f/1.14
  Primary Mirrors Aberration Correction
  (2/92)

• 138 Mirror Blank 8.4m, f/1.14
  Preliminary Stress Analysis of the Mirror During Handling by
  New Fixture
  (1/92)

• MMT Conversion
  Mirror Blank 6.5m, f/1.25
  Flotation Supports in the Furnace 5/92
  (12/92)

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• 139 Mirror Blank 8.4mt diam f/1.14
  Preliminary and Conceptual Design of an Automatic Procedure
  for Mirror Stress Checks
  (12/91)

• 137 Mirror Blank 8.4mt diam f/1.14
  Thermal Effects-Stress Analysis
  (12/91)

• 136 Mirror Blank 8.4mt diam f/1.14
  Spherical Aberrations Correction
  (11/91)

• 135 Mirror Blank 8.4mt diam F/1.14
  Correction of Low Spatial Frequency Aberrations
  Preliminary Approach
  (9/91)

• 135 Mirror Blank 8.4mt diam F/1.14
  Correction of Low Spatial Frequency Aberrations Preliminary
  Approach
  Addendum
  (10/91)

• 134 Mirror Blank 8.4mt diam f/1.14
  Axial and Lateral Support Optimization Improvements
  (10/91)

• Astronomy and Space Component Analyses
  (9/91)

• 133 Mirror Blank 8.4mt diam f/1.14
  Axial and Lateral Support Optimization
  (9/91)

• 132 Mirror Blank 8.4m diam F/1.14
  Finite Element Model Improvement
  (9/91)

• 131 Mirror Blank 8.4m diam f/1.14
  Summary of the Numerical Analysis dealing with the Conceptual Design of Primary Mirrors Handling
  (8/91)

• 130 Mirror Blank 8.4m diam f/1.14
  Further Analysis about Local Stress Peaks
  (5/91)

• 129 Mirror Blank 8.4m diam f/1.14
  Mirror Nadir Pointing Simply Supported at Inner and Outer Frontplate Edges
  (5/91)
• Technical Memo: OAA-91-03
  Summary of Mirror Handling Analysis Presented at Columbus Project Engineering Meeting
  Parodi (4/16-20/91)

• 128 Mirror Blank 8.4m diam f/1.14
  Handling of the Mirror Horizon Pointing by an External Frame
  (4/91)

• 127 Mirror Blank 8.4m f/1.14
  Local Stress Effects
  (3/91)

• MMT MMT Conversion
  4 Mirror Blank 6.5 m diam f/1.25
  Axial Support System
  Improvement of Optimization Procedure
  (12/91)

Top

• 126 Mirror Blank 8.4mt diam F/1.14
  Stress Analysis of the Mirror Zenith Pointing Supported on External and Internal Rings of Backplate
  (11/90)

• BCV Columbus Project (11-15-90)

• 125 Mirror Blank 8.4m f/1.14
  Finite Element Model
  (10/90)

• 124 Mirror Blank 8mt diam F/1.2
  Stress Analysis of the Mirror Horizon Pointing on the Earthquake Pads
  (10/90)

• 123 Mirror Blank 8mt diam F/1.2 Stress Analysis of the Mirror in Operative Conditions Horizon Pointing
  (Rev.0: 9/90, Rev.1: 10/90)

• Mirror Blank 8mt diam f/1.2
  Meeting at Arcetri
  (5-22-90)

• 122 Mirror Blank 8mt diam f/1.2
  Axial Force Local Effects
  (3/90)

• 121 Mirror Blank 8mt diam f/1.2
  Lateral Support Optimization Whiffle Tree Supports - PRELIMINARY
  (1/90)

• MMT MMT Conversion
  3 Mirror Blank 6.5 mt diam f/1.25
  Lateral Support System
  Whiffle Tree Supports at Back Plate
  Axial Correction
  (1/90)

Top

• 120 Mirror Blank 8mt diam f/1.2
  Axial Support Optimization Whiffle Tree Supports
  (Rev.0: 11/89)

• 119 Mirror Blank 8 mt diam F1.2
  New Finite Element Model
  (Rev.0: 10/89)

• 118 Mirror Blank 8 mt diam F1.2
  Mirror Handling
  (Rev.0: 10/89)

• 117 Mirror Blank 8 mt diam F1.2
  Axial Force Effects
  (Rev.0: 6/89)

• 116 Mirror Blank 8 mt diam F/1.2
  Thickness Changes A Parametric Analysis
  (Rev.0: 5-15-89)

• 115 Mirror Blank 8 mt diam F/1.2
  New Lateral Support Concept:
  Lateral Supports at the Back Plate - Correctional Matrix
  (Rev.0: 5-15-89)

• 114 Mirror Blank 8 mt diam F1.2
  Wind on a Thin Meniscus Mirror Blank
  (Rev.0: 5-15-89)

• 113 Mirror Blank 8 mt diam F1.2
  Honeycomb - Meniscus Mirror Blank Comparison
  (Rev.0: 5-15-89)

• MMT Conversion Mirror Blank 6.5 mt diam f 1.25
  1 Finite Element Model
  (12/89)

• MMT Conversion
  2 Mirror Blank 6.5 mt diam f/1.25
  Axial Support System
  Whiffle Tree Supports
  (1/89)

Top

• 112 Mirror Blank 8 mt diam F1.2
  Axial and Lateral Support Optimization
  (Rev.0: 5-30-88)

• 111 Mirror Blank 8 mt diam F1.2
  Thermal Test: Random Temperature Distribution
  (Rev.0: 4-30-88)

• 110 Mirror Blank 8.0 mt diam F1.2
  Axial Support Optimization
  (Rev.0: 3-15-88)

• 109 Mirror Blank 8.0 mt diam F1.2
  Thermal Tests
  (Rev.0: 3-15-88)

• 108 Mirror Blank 8 mt diam F1.2
  Natural Frequencies
  (Rev.0: 2-29-88)

• 107 Mirror Blank 8.0 diam F1.2
  Dead Weight - Lifting - Wind
  (Rev.0: 3-15-88)

• 106 Mirror Blank 8.0 diam F1
  Lateral Support Optimization
  (Rev.0: 2-29-88)

• 105 Mirror Blank 8.0 diam F1
  Axial Support Optimization
  (Rev.0: 2-29-88)

• 104 Mirror Blank 8 mt diam F1 - F1.2
  Finite Element Models and Element Numeration Blueprints
  (Rev.0: 2-29-88)

• BCV-VATT Lateral Support Optimization of an 1.8 mt F1 Equatorial Mirror
  (Rev.0: 2-10-88)

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• 103 Mirror Blank 8.0 diam Preliminary Analysis on 8 mt Mirror Blank
  Mirror in Vertical Position: Infinite Plate Analysis
  (Rev.0: 9-15-87)

• 102 Preliminary Analysis on 8m Mirror Blank Mirror in Horizontal
  Position Infinite Plate Analysis
  (Rev.1: 6-15-87)

• 101 Mirror Blank 8.0 diam Feasibility of the E.F. Model:
  Comparison Between the 1.8 mt F.E. Models with "Shell" and "Plane" Elements
  (Rev.0 and 1: 3-30-87)

• Mirror Blank 1.8 diam F1 Finite Element Analysis Mirror in Vertical Position
  (3-30-87)

• Mirror Blank 1.8 diam F1 finite Element Analysis Natural Frequencies
  (3-30-87)

• Mirror Blank 1.8 diam F1 Finite Element Analysis Dead Weight on 3 Fixed Points
  (Rev.0 and 1: 3-30-87)

• Mirror Blank 1.8 diam F1 Finite Element Analysis Lateral Force Concentration Effects
  (Rev.0: 3-30-87)

• Mirror Blank 1.8 diam F1 Finite Element Analysis Real Thickness Pattern Effects
  (Rev.0: 3-30-87)

• Mirror Blank 1.8 diam F1 Finite Element Analysis Mirror in Vertical Position Correctional Matrix
  (Rev.0: 3-30-87)

• Mirror Blank 1.8 diam F1 Finite Element Analysis Thermal Tests
  (Rev.0 and 1: 5-30-87)

• Mirror Blank 1.8 diam Mirror in Vertical Position: Influence of the Actuators Position with Respect to the Mirror Center of Gravity
  (Rev.0: 5-30-87)

• Mirror Blank 1.8 mt diam Mirror in Vertical Position Influence of the Actuators Position in Mirror Height
  (6-30-87)

• Mirror Blank 1.8 m diam Mirror in Vertical Position Local Strain Situation in the Actuators Zone (Rev.0:9-30-87)

Top

• Mirror Blank 1.8 diam F1 Finite Element Analysis
  (11-30-86)

Top