Challenges in Deep Water Experiments: Hybrid Approach

Author:

Stansberg Carl Trygve1,Ormberg Harald1,Oritsland Ola1

Affiliation:

1. MARINTEK, Trondheim, Norway

Abstract

An overview of challenges within hydrodynamic verification of deep-water offshore structures is given first. The role of model testing in the verification, as well as a range of relevant measured responses, are discussed. Various solutions for experimental verification of deep-water structures are considered. In particular, the combination of model tests with truncated set-up and computer simulations—the hybrid approach—is discussed. Two basic groups of hybrid methods are identified: Active (on-line) and passive (off-line). Most published works are on passive systems, of which a particular method is described. Case study examples with this procedure are reviewed and discussed, and future challenges are commented.

Publisher

ASME International

Subject

Mechanical Engineering,Ocean Engineering

Reference26 articles.

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2. Stansberg, C. T., Oritsland, O., and Kleiven, G., 2000, “VERIDEEP: Reliable Methods for Laboratory Verification of Mooring and Stationkeeping in Deep Water,” OTC Paper 12087, OTC 2000 Conf., Houston, TX.

3. Stansberg, C. T., Yttervik, R., Oritsland, O., and Kleiven, G., 2000, “Hydrodynamic Model Test Verification of a Floating Platform System in 3000m Water Depth,” Proc. of 19th OMAE Conf., New Orleans, LA, Paper No. OMAE00-4145.

4. Ward, E. G., Haring, R. E., and Devlin, P. V., 1999, “Deepwater Mooring and Riser Analysis for Depths to 10,000 Feet,” OTC 1999 Conf., Houston, TX, OTC Paper # 10808.

5. ITTC, 1999, Report from the 22nd Int. Towing Tank Conf. (ITTC), Specialist Committee on Deep Water Mooring, Seoul, Korea and Shanghai, China, September 1999.

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