Design project to increase the speed of the Johnson-Sea-Link submersibles

File
Contributors
Publisher
Harbor Branch Foundation, Inc.
Date Issued
1980-03
Note

The JOHNSON-SEA-LINK submersibles are presently capable of speeds up to 1.5 knots. This paper describes the criterion and procedures used for increasing the speed by 25%. A tow test of the actual submersible was done to determine its drag. Theoretical calculations were done to determine the maximum amount of thrust obtainable from the present motors. Static thrust tests confirmed theoretical calculations. Speed improvement recommendetions were based on the results of these tests.

Type
Identifier
3358628
Additional Information
The JOHNSON-SEA-LINK submersibles are presently capable of speeds up to 1.5 knots. This paper describes the criterion and procedures used for increasing the speed by 25%. A tow test of the actual submersible was done to determine its drag. Theoretical calculations were done to determine the maximum amount of thrust obtainable from the present motors. Static thrust tests confirmed theoretical calculations. Speed improvement recommendetions were based on the results of these tests.
Florida Atlantic University. Harbor Branch Oceanographic Institute Technical Report #26
Date Backup
1980-03
Date Text
1980-03
Date Issued (EDTF)
1980-03
Extension


FAU
FAU
admin_unit="FAU01", ingest_id="ing14800", creator="creator:FAUDIG", creation_date="2013-03-18 10:53:17", modified_by="super:FAUDIG", modification_date="2013-06-04 11:16:33"

IID
FADT3358628
Issuance
single unit
Person Preferred Name

Schudel, Gregg William

creator

Harbor Branch Oceanographic Institute
Physical Description

pdf [59 p.]
Title Plain
Design project to increase the speed of the Johnson-Sea-Link submersibles
Origin Information

Harbor Branch Foundation, Inc.
1980-03
single unit

Jupiter, Fla.

Place

Jupiter, Fla.
Title
Design project to increase the speed of the Johnson-Sea-Link submersibles
Other Title Info

Design project to increase the speed of the Johnson-Sea-Link submersibles