Fire Investigation of DOT 3AL Cylinder Failure in Luraville, FL PDF

If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.

Fatigue Life Improvement of DOT-CFFC Composite Cylinders

The main purpose of this research work was to addresses the efficacy of a re-Autofrettage process of the cylinder for improving the fatigue performance of past service life DOT-CFFC composite overwrapped Type III pressure cylinders. Previous research has found that hard water exposure...

Fatigue Life Improvement of DOT-CFFC Composite Cylinders PDF

If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.

Evaluation of Ruptured DOT-E-7235 Cylinder PDF

Evaluation of Nondestructive Examination for Re-qualification Of Composite Gas

This Research and Development (R&D) project has been performed to evaluate several NDE methods based on their potential ability to detect common flaws such as impact damage in composite gas cylinders.

Key Words: acoustic emission, radiography, micro/millimeter wave,...

Evaluation of Nondestructive Examination for Re-qualification Of Composite Gas PDF

If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.

Evaluation of DOT 3AL 6061-T6 Cylinders to Determine the Crack Initiation Site (CIS) Which Were Detected in Cylinder's Neck Threads

This research project is a part of Failure Investigation and Metallurgical Analysis of DOT 3AL cylinders that were rejected during requalification due to internal neck-cracks. The main purpose of this research was to analyze the cylinder heads in order to determine the crack...

Evaluation of DOT 3AL 6061-T6 Cylinders to Determine the Crack Initiation Site (CIS) Which Were Detected in Cylinder's Neck Threads PDF

If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.

DOT FRP-2 Standard, Basic Requirements For Fiber Reinforced Plastic Type 3HW Composite Cylinders

This is the basis requirements (standard) by OHM for design, construction and manufacturing Hoop wrapped Fiber Reinforced Composite (HW) Cylinders (FRP-2).

Key Words: composite cylinder, E glass, S glass, cycling, fiber stress, aluminum liner, hoop, hoop wrapped

If...

DOT FRP-2 Standard, Basic Requirements For Fiber Reinforced Plastic Type 3HW Composite Cylinders PDF

If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.