2013年 Sesam 培训课程

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[size=1.25em]DNV Software offers a variety of technical training for the whole Sesam product portfolio. Introductory and expert level courses as well as customer specific on-site training are offered upon request.

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DNV Software reserve the right to cancel the course should there be insufficient number of registered participants. In the event of cancellation registered participants will be notified by email no later than one week prior to the start date of the course.

Sesam Training Schedule - 2013
Course code	Title	Duration	Dates	Venue
SE-16	FPSO cargo hold analysis	3 days	Jan 29-31	Oslo
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Jan 30-31	Houston
SE-05	Hydrostatic analysis of offshore floaters	1 day	Feb 11	Oslo
SE-06	Hydrodynamics analysis of offshore floaters - frequency domain	2 days	Feb 12-13	Oslo
SE-10	Progressive collapse analysis	2 days	Feb 06-07	Oslo
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Feb 11-12	Oslo
SE-08	Topside design	1 day	Feb 13	Oslo
SE-09	Jacket design	2 days	Feb 14-15	Oslo
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	1 day	Feb 19	Brazil
SE-08	Topside design	1 day	Feb 22	Brazil
SE-04	Concept based FE modelling of shell structures - Advanced	2 days	Feb 25-26	Oslo
SE-20	Mooring lines analysis	2 days	Feb 25-26	Oslo
SE-08	Topside design	3 days	Feb 25-27	Houston
SE-18	Coupled motion analysis and riser design of offshore floating installations	3 days	Feb 27-01	Oslo
SE-10	Progressive collapse analysis	2 days	Mar 04-05	Mumbai
SE-12	Installation analysis of jackets	2 days	Mar 04-05	London
SE-08	Topside design	2 days	Mar 06-07	London
SE-07	Non-linear hydrodynamic analysis of offshore floaters	2 days	Mar 06-07	Oslo
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Mar 07-08	Canada
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	1 day	Mar 11	Brazil
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Mar 11-12	Bergen
SE-08	Topside design	1 day	Mar 13	Bergen
SE-09	Jacket design	2 days	Mar 14-15	Bergen
SE-14	Hydrostatic and hydrodynamic analysis of ships	3 days	Mar 13-15	Rotterdam
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	3 days	Mar 13-15	Shenzhen
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Mar 24-25	Dubai
SE-09	Jacket design	3 days	Mar 26-28	Dubai
SE-05	Hydrostatic analysis of offshore floaters	1 day	Apr 08	Brazil
SE-06	Hydrodynamic analysis of offshore floaters - frequency domain	1 day	Apr 09	Brazil
SE-07	Non-linear hydrodynamics analysis of offshore floaters	1 day	Apr 10	Brazil
SE-08	Topside design	1 day	Apr 14	Brazil
SE-24	WORKSHOP: Advanced use of Sesam GeniE	2 days	Apr 09-10	Bergen
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	3 days	Apr 09-11	Oslo
SE-08	Topside design	1 day	Apr 11	Oslo
SE-10	Progressive collapse analysis	2 days	Apr 11-12	London
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Apr 15-16	Stavanger
SE-14	Hydrostatic and hydrodynamics analysis of ships	3 days	Apr 17-19	London
SE-08	Topside design	1 day	Apr 17	Stavanger
SE-09	Jacket design	2 days	Apr 18-19	Stavanger
SE-20	Mooring lines analysis	2 days	Apr 18-19	Shanghai
SE-21	Simulation of marine operations	2 days	Apr 22-23	Oslo
SE-24	WORKSHOP: Advanced use of Sesam GeniE	2 days	Apr 23-24	Stavanger
SE-10	Progressive collapse analysis	2 days	Apr 29-30	Aberdeen
SE-08	Topside design	2 days	May 06-07	Rotterdam
SE-10	Progressive collapse analysis	2 days	May 08-09	Dubai
SE-08	Topside design	2 days	May 13-14	Aberdeen
SE-09	Jacket design	2 days	May 15-16	Aberdeen
SE-08	Topside design	1 day	May 14	Shanghai
SE-09	Jacket design	2 days	May 15-16	Shanghai
SE-11	Wind induced fatigue	1 day	May 17	Shanghai
SE-10	Progressive collapse analysis	2 days	May 20-21	Shanghai
SE-18	Coupled motion analysis and riser design of offshore floating installations	3 days	June 10-12	Houston
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	June 11-12	Oslo
SE-08	Topside design	1 day	June 13	Oslo
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory		June 24	Brazil
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	July 01-02	Mumbai
SE-26	WORKSHOP: JScripting in Sesam GeniE	1 day	July 03	Brazil
SE-09	Jacket design	3 days	July 03-05	Mumbai
SE-22	Sub-modelling analysis combined with plate/shell fatigue analysis	1 day	July 18	Brazil
SE-05	Hydrostatic analysis of offshore floaters	1 day	July 24	Dalian
SE-06	Hydrodynamic analysis of offshore floaters - frequency domain	2 days	July 25-26	Dalian
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Aug 07-08	New Orleans
SE-04	Concept based FE modelling of shell structures - Advanced	1 day	Aug 12	Brazil
SE-25	WORKSHOP: Hull form modelling in Sesam GeniE	1 day	Aug 14	Brazil
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	1 day	Sep 02	Brazil
SE-08	Topside design	1 day	Sep 05	Brazil
SE-10	Progressive collapse analysis	2 days	Sep 09-10	Oslo
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Sep 09-10	Oslo
SE-08	Topside design	1 day	Sep 11	Oslo
SE-09	Jacket design	2 days	Sep 12-13	Oslo
SE-05	Hydrostatic analysis of offshore floaters	1 day	Sep 09	Oslo
SE-06	Hydrodynamics analysis of offshore floaters - frequency domain	2 days	Sep 10-11	Oslo
SE-18	Coupled motion analysis and riser design of offshore floating installations	3 days	Sep 11-13	Shanghai
SE-09	Jacket design	3 days	Sep 17-19	Houston
SE-04	Concept based FE modelling of shell structures - Advanced	2 days	Sep 16-17	Oslo
SE-20	Mooring lines analysis	2 days	Sep 16-17	Oslo
SE-21	Simulation of marine operations	3 days	Sep 18-20	Oslo
SE-14	Hydrostatic and hydrodynamics analysis of ships	3 days	Sep 18-20	London
SE-24	WORKSHOP: Advanced use of Sesam GeniE	2 days	Sep 19-20	Oslo
SE-18	Coupled motion analysis and riser design of offshore floating installations	1 day	Sep 23	Brazil
SE-20	Mooring lines analysis	1 day	Sep 25	Brazil
SE-16	FPSO cargo hold analysis	3 days	Sep 24-26	Oslo
SE-10	Progressive collapse analysis	2 days	Oct 02-03	Aberdeen
SE-08	Topside design	2 days	Oct 07-08	Aberdeen
SE-09	Jacket design	2 days	Oct 09-10	Aberdeen
SE-05	Hydrostatic analysis of offshore floaters	1 day	Oct 14	Brazil
SE-06	Hydrodynamic analysis of offshore floaters - frequency domain	1 day	Oct 15	Brazil
SE-07	Non-linear hydrodynamics analysis of offshore floaters	1 day	Oct 17	Brazil
SE-21	Simulation of marine operations	2 days	Oct 17-18	Shanghai
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Oct 21-22	Stavanger
SE-08	Topside design	1 day	Oct 23	Stavanger
SE-09	Jacket design	2 days	Oct 24-25	Stavanger
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Oct 27-28	Dubai
SE-09	Jacket design	3 days	Oct 29-31	Dubai
SE-10	Progressive collapse analysis	1 day	Oct 28	Brazil
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Oct 28-29	Bergen
SE-10	Progressive collapse analysis	2 days	Oct 29-30	London
SE-08	Topside design	1 day	Oct 30	Bergen
SE-09	Jacket design	2 days	Oct 31-01	Bergen
SE11	Wind induced fatigue	1 day	Nov 04	Brazil
SE-24	WORKSHOP: Advanced use of Sesam GeniE	2 days	Nov 05-06	Bergen
SE-01	Concept based FE modelling and analysis using Sesam GeniE - introductory	2 days	Nov 04-05	Oslo
SE-08	Topside design	1 day	Nov 06	Oslo
SE-06	Hydrodynamic analysis of offshore floaters - frequency domain	3 days	Nov 11-13	Houston
SE-24	WORKSHOP: Advanced use of Sesam GeniE	2 days	Nov 12-13	Stavanger
SE-12	Installation analysis of jackets	1 day	Nov 14	Brazil
SE-10	Progressive collapse analysis	2 days	Nov 17-18	Dubai
SE-01	Concept based FE modelling and analysis using Sesam GeniE - Introductory	1 day	Dec 02	Brazil
SE-09	Jacket design	1 day	Dec 05	Brazil
SE-23	FPSO global strength and spectral fatigue analysis	4 days	Dec 10-13	Shanghai

Sesam Training Courses available on request
Course code	Title	Duration	Dates	Venue
SE-01	Concept based FE modelling and analysis using Sesam GeniE - Introductory	2 days	On request	On request
SE-02	Geometry based FE modelling and analysis using Patran-Pre - Introductory	3 days	On request	On request
SE-03	Hull modelling for hydrodynamic analysis - Introductory	2 days	On request	On request
SE-04	Concept based FE modelling of shell structures - Advanced	2 days	On request	On request
SE-05	Hydrostatic analysis of offshore floaters	1 day	On request	On request
SE-06	Hydrodynamic analysis of offshore floaters - frequency domain	2 days	On request	On request
SE-07	Non-linear hydrodynamic analysis of offshore floaters	2 days	On request	On request
SE-08	Topside design	1 day	On request	On request
SE-09	Jacket design	2 days	On request	On request
SE-10	Progressive collapse analysis	2 days	On request	On request
SE-11	Wind induced fatigue	1 day	On request	On request
SE-12	Installation analysis of jackets	2 days	On request	On request
SE-13	Semi-submersible analysis	4 days	On request	On request
SE-14	Hydrostatic and hydrodynamic analysis of ships	3 days	On request	On request
SE-16	FPSO cargo hold analysis	3 days	On request	On request
SE-18	Coupled motion analysis and riser design of offshore floating installations	3 days	On request	On request
SE-19	Riser analysis	2 days	On request	On request
SE-20	Mooring lines analysis	2 days	On request	On request
SE-21	Simulation of marine operations	3 days	On request	On request
SE-22	Sub-modelling analysis combined with plate/shell fatigue analysis	2 days	On request	On request
SE-23	FPSO global strength and spectral fatigue analysis	4 days	On request	On request
SE-24	WORKSHOP - Advanced use of Sesam GeniE	To be agreed	On request	On request
SE-25	WORKSHOP - Hull form modelling in Sesam GeniE	1-2 days	On request	On request
SE-26	WORKSHOP - JScripting in Sesam GeniE	1-2 days	On request	On request

Specialised training courses available on request

We also offer specialised training courses on your request, please contact us for further information

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