Upcoming Training Classes

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 If you don't own a copy of the software, you may attend the training class, and receive a 30-day fully-working evaluation copy.

 

FastShip

Instructions will be provided by our hull form design expert Steve Toby (703 933 6673). The last training session, a beginner-intermediate course, was successfully held from November 17 to 19, 2009. Another session is planned for the next spring or summer if there is enough demand. At the same time, we are developing an intermediate-advanced course should there be any interest. The outline for the beginner-intermediate course can be downloaded from here.

 

VisualSMP

Instructions will be provided by Dr. Changben Jiang, the developer of VisualSMP. The class is normally held in Alion's office in Alexandria, VA. Tuition depends on the class size. Individual lessons and sessions on cutomer's site are also possible.

The most recent training session was held in Banglore, India, from August 21 to August 24, 2012.  The previous session was completed on March 31, 2011 at Alion's office in Alexandria, VA.

If you are potentially interested in attending, please call Changben Jiang at (703) 933 6612 or Russ Krull (703 933 6812, rkrull@alionscience.com).  Your response is for planning purposes and is not a commitment.   You will receive a follow-up registration package, and may make your formal commitment at that stage.

VisualSMP Training Syllabus

(Revised on March 2011)

I. VisualSMP Introduction

a.      Course format

b.     VisualSMP history

c.      Brief description of SMP program architecture

d.     Modular organization

e.      VisualSMP data flow and file types

 

II. Summary of Ship Motion Program Theory

a.      Potential wave theory

b.     Frank close fit method and 2D Green functions

c.      Understanding linear hydrodynamics

d.     Slender body theory and speed correction

e.      Wave forces: F-K, diffraction, radiation, Haskind relation

f.      Added mass and damping related to radiation wave force

g.     Ship motion equation formulation, mass matrix and reference coordinates

h.     Frequency domain ship motion solution, linear system response

i.       Description of random procedure, frequency domain and time domain

 

III. Wave and Ship Motion Statistics Theory

a.      Wave fluctuation as a Gaussian random variable

b.     Spectral description of waves

c.      Band width, narrow-banded process

d.     Amplitude (peak) Statistics for Gaussian process, Rayleign distribution

e.      Modal period, average period, zero-crossing period, average peak period

f.      Extreme value statistics

g.     What is a significant value

h.     Highest Expected Value (HEA) in N cycles or x hours, Probability of HEA

i.       Most Probable Extreme Value (MPEV) in N cycles or x hours, Probability of MPEV

j.       Determine the extreme value with a specified occurring probability in a specified number of hours;

k.     Number of occurrences of a specified response level in a specified length of exposure

l.    Other ship motion statistics concepts and their application in ship design

 IV. VisualSMP Monohull Module

a.      Monohull module description

b.     Assumptions and limitations of VisualSMP Monohull

c.      Description of the analysis process

d.     What types of information can be calculated?

e.      How to get the best out of SMP?

f.      Common errors to avoid

 V. Regular Wave Module

a.      Data input description, input co-ordinate system;

b.     Internal calculation co-ordinate system;

c.      Automatic geometry imports

d.     Various geometry manipulation/modification tools

e.      Roll viscous damping and appendices

f.      Active fins

g.     Anti-roll tanks

h.     Validating input and running regular wave module

i.       Data output description

j.       Checking the results

VI. Irregular Wave Module

a.      Data input description

b.     Irregular seaway description

c.      Validating input and running irregular wave module

d.     MSI, MII description

e.      Slamming pressure and slamming forces

f.      Data output description

g.     Analyzing the output

h.     Measures of performance, Operation Index (OI) calculation

i.       Ship motion criteria and operation missions

j.       Ship motion statistics, result interpretation and applications

VII. VisualSMP STH Module

a.      Description

b.     Uses for STH module

c.      Computing time histories

d.     SMP coordinate system definitions, its rationale and history

e.      Discussion about coordinate system in other program

 

VIII. VisualSMP SEP (Sea-keeping Evaluation) Module

a.      Description

b.     Global wave statistics database

c.      Understanding the inputs

d.     Understanding the motion criteria

e.      Run procedure

f.      Understanding the output

 IX. Review and Questions


 

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Information in this document is subject to change without notice.
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