№ files_lp_4_process_2_76021
File format: docx Character count: 6134 File size: 60 KB
Year: 2011–2012
Location: Princeton, NJ, USA
Subject: Mechanical Engineering Calculation of Coil Support Assembly
Document Type: Calculation Report
Organization: Princeton Plasma Physics Laboratory (PPPL)
Author: Peter Rogoff
Reviewed By: Irv Zatz, Mark Smith
Target Audience: Engineering and project staff involved in NSTX-U
Calculation Number: NSTXU-132-12-00
Revision Number: 00
WP Number: 1677
Materials: SS316, Inconel 718
Simulation Tools: Nastran FEA 2010.1r.2, ANSYS Global Models
Assumptions: Lap joints secure, no slippage between coil conductors, clamp bolts properly installed
Design Status: Preliminary design verification completed, final assembly pending further analysis
Description: Technical calculation report documenting finite element simulations and structural analysis of the NSTX-U TF coil outer leg clamp assembly, including material specifications, forces, and recommended design modifications.
Price: 8 / 10 USD
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Magnetic Resonance Imaging to estimate Tissue deformations during penile clamp application: A case series
Year: 2026
Region / City: Southampton, UK; Tel Aviv, Israel; Bristol, UK
Subject: Urology; Medical Imaging; Post-Prostatectomy Care
Document Type: Peer-reviewed journal article (accepted draft)
Institution: University of Southampton, Tel Aviv University, University Hospital Southampton, University of Bristol
Authors: J. Lemmens, L. Peko Cohen, PR Worsley, C. Everitt, J. Broadbridge, A. Gefen, RW Rees, M. Drake, MC Macaulay, M. Fader, DL Bader
Corresponding Author: PR Worsley
Methodology: Case series using MRI to measure tissue deformation under penile clamp application
Study Population: Three males post-radical prostatectomy with urinary incontinence
Keywords: Penile Clamp; Magnetic Resonance Imaging; Radical Prostatectomy; Urinary Incontinence
Level of Evidence: 4
Ethics Approval: Faculty of Health Sciences reference: 23407
Device Types Tested: Dribblestop® and Wiesner clamps (MRI-compatible modifications)
Age Range of Participants: 69–78 years
Crowbar vs Clamp
Year: 2026
Region / City: N/A
Topic: Electrical Protection Systems
Document Type: Technical Article
Organization / Institution: N/A
Author: N/A
Target Audience: Engineers, Electrical Technicians, System Designers
Effective Date: 2026
Date of Approval: N/A
Date of Changes: N/A
Context: Technical comparison between crowbar and clamp protection circuits, discussing various methods of circuit protection.
Small Hold Down Air Clamp Specifications
Product Type: Hold Down Air Clamp
Clamping Mechanism: Air cylinder operated clamping action
Adjustable Component: U-bar with adjustable spindle position
Holding Capacity: 90 Kgs
Weight: 534 g
Bar Movement Angle: 90°
Port Size: 1/8 NPT
Operation Method: Pneumatic
Application Context: Industrial clamping and workpiece holding
Topics: NSTX-UTF 2011–March clamp