“Brent is an excellent naval architect with a practical problem-solving orientation. His seagoing experience as a cadet at SUNY Maritime gave him a feel for in-service engineering support requirements and the required real-world solutions needed to support the ships under the Planning Yard's cognizance, He was an ambitious young engineer who always sought greater challenges and responsibility. He was also far ahead of his peers in his ability to deal directly with the customer, often traveling to represent the company when only a few years out of school.”
About
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Over the past few weeks, we've conducted the first experiments demonstrating the benefits of applying turbulence stimulation on propellers for the…
Over the past few weeks, we've conducted the first experiments demonstrating the benefits of applying turbulence stimulation on propellers for the…
Liked by Brent Tompkins
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This week at Indian Ocean Defence & Security (IODS) we exhibited alongside General Dynamics Electric Boat, demonstrating our commitment to providing…
This week at Indian Ocean Defence & Security (IODS) we exhibited alongside General Dynamics Electric Boat, demonstrating our commitment to providing…
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Experience & Education
Publications
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THE T-CRAFT PROGRAM – MERGING TECHNOLOGY DEVELOPMENT AND SHIP DESIGN
FAST 2011
The design requirements for the T-Craft require an open
ocean transit capability of a minimum of 2,500 nm., sprint
speeds in excess of 40 knots, ability to transfer cargo from
another ship at sea, and be able to transform to amphibious
mode to transit shallow water and deliver the cargo dry to
the beach.
The proposed solution is a Surface Effect Ship (SES) that
converts to a full Air Cushioned Vehicle (ACV). This
solution also identified new technology areas…The design requirements for the T-Craft require an open
ocean transit capability of a minimum of 2,500 nm., sprint
speeds in excess of 40 knots, ability to transfer cargo from
another ship at sea, and be able to transform to amphibious
mode to transit shallow water and deliver the cargo dry to
the beach.
The proposed solution is a Surface Effect Ship (SES) that
converts to a full Air Cushioned Vehicle (ACV). This
solution also identified new technology areas necessary for
this vessel. To develop the solutions in these technology
areas, parameters and data from the craft design was
required. However, the impacts of these technology areas
were significant design drivers. This meant that a concurrent
and integrated approach to the craft design and the
technology development was required.
For Phase I a multi-cycle effort was implemented where the
design and technology development efforts were executed
concurrently. The two efforts were executed separately with
predefined information exchanges to update each effort with
the results of the other. Phase II changed from the
concurrent approach. The first half of Phase II was solely
focused on the technology development effort. No design
work on the vessel was performed during this time. Once
the technology development was complete the design effort
was restarted and the technology solutions integrated into
the design producing a complete Contract Design.Other authorsSee publication
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