| NSTX Center Stack 
			Upgrade Calculations (NSTXU) | 
		
			| NSTXU Final Design 
			Review Calculation Summary (May 2011) | 
		
			| NOTE:  Original 
			NSTX Project Calculations found at:  
			
			http://nstx.pppl.gov/nstx/Engineering/NSTX_Eng_Site/Technical/General/Calculations/NSTX_Engr_Calcs.html | 
		
			| WBS | WAF's | Originator | Calculation 
			Number/Revision | Subject | Finalized? | Proposed Reviewer(s) | Ready for FDR? | 
		
			| 1  
			- Torus Systems |  |  |  |  |  |  |  | 
		
			| 
			Global Model - Description, Mesh 
			Generation, and Results | 1000 & 1206 | 
			Titus 
			  | NSTXU-CALC-10-01-02 
			(Unsigned) --Was 
			formerly NSTX-CALC 13-01-01 | 
			Global Model - Description, Mesh 
			Generation, and Results -- 
			 | 
			Updated Calc Needed | Zolfaghari & Smith |  | 
		
			| Seismic 
			Analysis |  | 
			Titus | NSTXU-CALC-10-02-00 | Calculate  the 
			response of  the NSTX upgrade to a a seismic event and qualify the 
			NSTX upgrade tokamak to the standards set for the project by the DOE | In final review | Titus |  | 
		
			| Design Point Spreadsheet |  | Neumeyer | NSTXU-CALC-10-03-00 |  |  | Various People |  | 
		
			|  |  |  |  |  |  |  |  | 
		
			| 11- 
			Plasma Facing Components |  |  |  |  |  |  |  | 
		
			| First 
			Wall Heat Balance | 1206 & 3200 | Brooks | NSTXU-CALC-11-01-00 | Heat Balance -- 
			Includes: 
				Size of Cooling 
			CapabilitiesDivertor Tile Thermal 
			Stresses | In final review | Zhang |  | 
		
			| 
			First Wall General Tile Program | 1001 | Boales | NSTXU-CALC-11-02-00 
			=> SUPERSEDED 
			BY CALCS 11-03 & 11-04 | General Tile Program -- 
			Inlcudes: 
				Inner CS Casing Tile Stress |  |  |  | 
		
			| First Wall Final Tile Stress 
			Analyses (ATJ Tiles) | 1001 | Tresemer | NSTXU-CALC-11-03-00 
			
			DRAFT |  |  | ?? |  | 
		
			| Fastener 
			Analysis | 1001 | Brooks | NSTXU-CALC-11-04-00 => 
			COMBINED WITH 
			CALC-11-03 |  |  |  |  | 
		
			|  |  |  |  |  |  |  |  | 
		
			| 12 - 
			Vacuum Vessel/Supports |  |  |  |  |  |  |  | 
		
			| Disruption Analysis of 
			VV & Passive Plates | 1002 | Avasarala 
			(R0)/Titus (R1) | NSTXU-CALC-12-01-00
			(Unsigned) | Disruption Analysis Of Vacuum Vessel | Updated Calc Needed | Zhai |  | 
			
				| Dome/PF Stresses | 1200 | Titus | NSTXU-CALC-12-02-00 
				=> DELETED. 
				PART OF CALC-12-07 |  |  |  |  | 
			
				| Opera 2D 
				Analysis | 1202 | Titus | NSTXU-CALC-12-03-00 | Using the 2D 
				results to drive 3D analysis | In final review | Brooks |  | 
			
				| PF2 
				& PF3 
				Bolting, Bracket, & Weld Stress | 1203 | Titus | NSTXU-CALC-12-04-00 | Analysis of PF2 & PF3 Bolts, Brackets, & Weld Stresses | In final review - 
				Missing Calc | Zatz |  | 
			
				| PF4 
				& PF5 Support Analysis | 1208 | Titus | NSTXU-CALC-12-05-00 | PF4 
				& PF% Supports Stress Analysis | In final review | Zatz |  | 
			
				| Aluminum Block Analysis | 1204 | Titus | NSTXU-CALC-12-06-00 | Qualify the 
				Aluminum Block Bolting for upgrades and modifications proposed 
				for the NSTX CS Upgrade | In final 
				review  - 
				Need Checker 
				Assigned | ?? |  | 
			
				| Umbrella Reinforcement Details | 1205 | Zhang | NSTXU-CALC-12-07-00 DRAFT |   | In final 
				review | Zhang |  | 
			
				| Lid 
				& Spoke Assumbly, Upper & Lower | 1205 | Titus/Smith | NSTXU-CALC-12-08-00 |  |  | ??   |  | 
			
				| Pedestal Analysis | 1205 | Titus/Smith | NSTXU-CALC-12-09-00 |  | In final 
				review | ??   |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 13 - Magnets |  |  |  |  |  |  |  | 
			
				| 130- General |  |  |  |  |  |  |  | 
			
				| Global Model - Description, Mesh 
			Generation, and Results |  |  | NSTX-CALC-13-01-01 
				=>
				Relabeled to 
				NSTXU-CALC-10-01-02 above |  |  |  |  | 
			
				| 
				Maximum and Minimum 
			Loads on the NSTX OH and PF Coils, and Coil Groupings |  |  | NSTX-CALC-13-02-00 =>
				(Relabeled to 
				NSTXU-CALC-10-01-02 above |  |  |  |  | 
			
				| NSTX Force Influence Matrix |  | Hatcher | NSTXU_CALC-13-03-01 | Updated NSTX Force Influence Matrix | In final 
				review | Titus |  | 
			
				| DCPS TF Inner Leg 
				Torsional Shear Stress | 5200 | Woolley & Titus | NSTXU-CALC-13-04-00 
				
				=> 
				SUPERSEDED BY CALC-132-07-00 |  |  |  |  | 
			
				| DCPS Moment 
				Influence Coefficients | 5200 | Woolley & Titus | NSTXU-CALC-13-05-00 | Calculation of the  moment 
				influence coefficients to be 
				applied to the PF currents | In final 
				review | Hatcher |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 131 - Poloidal Field Coils |  |  |  |  |  |  |  | 
			
				| Analysis of 
				NSTXU Poloidal Field Coils (June 26, 2009 design) |  | Woolley | 
				
				NSTXU-CALC-131-01-00 => 
				SUPERSEDED BY 
				CALC-131-03-00 |  |  |  |  | 
			
				| Poloidal Magnetic Quantities  for 
			the February 2010 Provisional Design of the NSTX CS Upgrade |  | Woolley | 
				
				NSTXU-CALC-131-01-00 => 
				SUPERSEDED BY 
				CALC-131-03-00 | 
				  |  |  |  | 
			
				| Poloidal 
				Magnetic Quantities  for the May 2010 Provisional Design |  | Woolley | NSTXU-CALC-131-03-00 | Update of the analysis of poloidal magnetic 
				fields and fluxes in (NSTXU CSU) | In final 
				review | Titus |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 132 - Toroidal Field Coils |  |  |  |  |  |  |  | 
			
				| Coupled Electromagnetic-Thermal Diffusion Analysis 
				 |  | Titus | NSTXU-CALC-132-01-00 
				
				
				=> 
				SUPERSEDED BY CALC-132-03-00 |  |  |  |  | 
			
				| 
				Coupled Electromagnetic-Thermal Analysis (04202009) |  | Titus | NSTXU-CALC-132-02-00 
				
				
				=> 
				SUPERSEDED BY CALC-132-03-00 |  |  |  |  | 
			
				| 
				Out-Of-Plane 
			(OOP) PF/TF Torques on TF Conductors in NSTX NSTXU |  | Woolley | NSTXU-CALC-132-03-00  
				
				(Update Needed) | Should also Includes: 
					Torque Equations for the 
			Design Point | YES, but update 
				needed | ?? |  | 
			
				| 
				
				Analysis of TF Outer 
				Leg  |  | Zhang | NSTXU-CALC-132-04-01 
				
				(Update in Works) | 
				
				Analysis of TF Outer 
				Leg: | 
				
				Update in Works | Titus |  | 
			
				| 
				TF Coupled Thermo 
			Electromagnetic Diffusion Analysis |  | Zhang | NSTXU-CALC-132-05-01 | 
				TF Coupled Thermo 
			Electromagnetic Diffusion Analysis 
				 
					
					
					Cooldown of Flex
					
					Benchmark of 
					I^2t Calcs
					
					TF Peak Temps at 
					Corner | 
				YES - APPROVED | Zhai | YES | 
			
				| 
				TF Flex Joint and TF 
			Bundle Stub |  | Willard | NSTXU-CALC-132-06-01 | TF Flex Joint and TF 
			Bundle Stub 
				Will include: 
					Joint 
					Electrical Contact ResistanceFlex Stress 
					for Inplane and OOP LoadsDLF for 
					Disruption | 
				YES - APPROVED | Zolfaghari | YES | 
			
				| 
				Maximum TF 
			Torsional Shear  |  | Titus | NSTXU-CALC-132-07-00 | Maximum TF 
			Torsional Shear | In final 
				review | Woolley |  | 
			
				| TF Flag Key | 1304 | Zolfaghari | NSTXU-CALC-132-08-00 | Determination of shear 
			Forces Between the  TF conductors and Insulation and the G-10 
			Insulating Crown. 
					TF Teeth & 
					Collar Stresses | YES - APPROVED | Willard | YES | 
			
				| Analysis of Knuckle 
				Clevis | 1201 | Titus | NSTXU-CALC-132-09-00 | Analysis of stresses 
				on knuckle clevis |  | Zhang |  | 
			
				| 
				TF Cooldown Using FCOOL | 1201 | Zolfaghari | NSTXU-CALC-132-10-00 | Estimate tof he cooling time 
				and temperature of the TF inner leg during the cooling period 
				between discharges | YES - APPROVED | Kalish | YES | 
			
				| 
				Ring Bolted Joint | 1201 | Rogoff | NSTXU-CALC-132-11-00 | This analysis is performed 
				in order to check and design the joint integrity by selecting 
				and specifying the necessary bolts | YES - APPROVED | Zatz | YES | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 133 - Center Stack |  |  |  |  |  |  |  | 
			
				| 
				Structural Analysis of 
			the PF1 Coils & Supports  |  | Myatt | NSTXU_CALC-133-01-00 
				
				(Update in Works) | 
				Structural Analysis of 
			the PF1 Coils & Supports  | Update in Process | Khodak |  | 
			
				| Thermal Stresses on 
				OH-TF Coils |  | Avasarala | 
				
				NSTXU-CALC-133-02-00 
				  | Calculation of 
				Thermal Stresses | In final 
				review | Titus |  | 
			
				| Center Stack Casing 
			Disruption Inductive and Halo Current Loads | 1307 | Titus | NSTXU-CALC-133-03-00 | Center Stack Casing 
			Disruption Inductive and Halo Current Loads | In final 
				review | ?? |  | 
			
				| OH Preload System & 
				Belleville Spring Design | 1302 | Rogoff | 
				
				
				NSTXU-CALC-133-04-00 
				* Note: P 
				Titus signed calc in place of J. Chrzanowski | 
				
				OH Preload System and Bellville Spring Design | 
				
				YES - APPROVED | 
				Kozub via Test 
				  | YES | 
			
				| 
				Halo Current Analyses of 
			Center Stack Casing | 1307 | Brooks | 
				
				NSTXU-CALC-133-05-00  | 
				
				
				Calculate the transient halo current 
				distribution in the CS | In final review | Titus |  | 
			
				| OH Coolant Hole 
				Optimization | 1305 | Zolfaghari | NSTXU-CALC-133-06-00 | estimate the 
				temperature rise in the OH coil during the discharge and to 
				estimate cooling time between discharges | 
				In final review | Mardenfeld |  | 
			
				| OH Lead Analysis | 1305 | Khodak | NSTXU-CALC-133-07-00 |  |  | ?? |  | 
			
				| OH Stress Analysis | 1305 | Zolfaghari | NSTXU-CALC-133-08-00 |  | In final review | Dahlgren |  | 
			
				| OH Fatigue & 
				Fracture Mechanics | 1305 | Feng & Titus | NSTXU-CALC-133-09-00 | OH Conductor 
				Fatigue and Fracture Mechanics Analyses | YES - APPROVED | Zatz | YES | 
			
				| Center Stack Casing 
				Bellows | 1307 | Rogoff & Brooks | NSTXU-CALC-133-10-00 |  | YES - APPROVED | Zatz | YES | 
			
				| 
				OH & PF1 
				Electromagnetic Stability Analysis | 1307 | Titus &
				
				Zolfaghari | NSTXU-CALC-133-11-00 | Demonstrate 
				that the structural elements that center the centerstack are 
				stiff enough to overcome magnetic instabilites between the OH 
				and PF1a, and b which are mounted on the centerstack casing | In final review | Fan |  | 
			
				| Center Stack 
				Manufacturing Fixture |  |  | NSTXU-CALC-133-12-00 |  |  |  |  | 
			
				| Modal Analysis 
				and Normal Operation Transient Load Effects |  | 
				Titus | NSTXU-CALC-133-13-00 |  |  |  |  | 
			
				| 2 - Plasma Heating & 
			Current Drive |  |  |  |  |  |  |  | 
			
				| 
				Vessel Port Re-Work for 
			NB & Thomson Scattering Port | 2480/4500 | 
				Willard | NSTXU-CALC-24-01-00 | Includes: 
					Neutral 
			Beam ReinforcementThomson 
			Scattering Port | 
				YES - APPROVED   | Zolfaghari | YES | 
			
				| 
				Armor Backing Plate | 2460 | Bryant | NSTXU-CALC-24-02-00 | Includes: 
					Disruption LoadingThermal Stress Analysis | YES - APPROVED | Zatz & Titus | YES | 
			
				| 
				HHFW Antenna |  | Zhang | NSTXU-CALC-24-03-01 | 
				Includes: 
					
					
					Verification  
					of the eddy current effect 
					on antenna during plasma disruption. 
					
					Then was 
					modified to simulate plasma disruption case for NSTX 
					upgrade. Only mid-plane disruption is considered and VDE is 
					not included.  | YES - APPROVED | Hatcher | YES | 
			
				| 
				Turbo Pump Magnetic 
				Shielding Analysis | 2485 | ZhaI | NSTXU-CALC-24-04-00 | Includes 3D analysis for the design opf the magnetic shield for 
				the NSTXU Turbor Pumps. | YES - APPROVED | Zolfaghari | YES | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 3 - 
			Auxiliary Systems |  |  |  |  |  |  |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 4 - 
			Plasma Diagnostics |  |  |  |  |  |  |  | 
			
				| 
				Diagnostic Review & 
				Database | 2300 | Boales | NSTXU-CALC-40-01-00 |  | MISSING CALC | Zhai |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 5 - Power Systems |  |  |  |  |  |  |  | 
			
				| Bus Bar Analysis |  | 
				Khodak | NSTXU-CALC-55-01-00 | Documented 
				Structural Analysis of PF1, TF, and OH bus bars | In final review | Zhang |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 6 - Central I&C Systems |  |  |  |  |  |  |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 7 - Project Management  & 
			Physics |  |  |  |  |  |  |  | 
			
				| 71 - Project Mgmt & 
			Integration |  |  |  |  |  |  |  | 
			
				|  |  |  |  |  |  |  |  | 
			
				| 72 - Project Physics |  |  |  |  |  |  |  |