Software in Naval arch. & Marine eng.

Software in Naval arch. & Marine eng. Prepared by: Eng. Islam A. AlMallah

Alexandria UniversityFaculty of EngineeringDept. of Naval Architecture and Marine Engineering

Motivation

Why to use software ?

Naval Architecture Software

Naval Architecture SoftwareMaxsurf

Maxsurf includes tools for hull modeling, stability, motions and resistance prediction, structural modeling, structural analysis, and export to vessel detailing. Maxsurf software applications operate from a single parametric 3D model that facilitates smooth communication and coordination between different team members and design activities.

Naval Architecture SoftwareMaestro

Naval Architecture SoftwareSHIP CONSTRUCTOR

Naval Architecture SoftwareDelft Ship

Naval Architecture SoftwareNavCad

Naval Architecture SoftwareTRIBON

Naval Architecture SoftwareAVEVA

Naval Architecture SoftwareMichlet

Naval Architecture SoftwareOPTIMOOR

OPTIMOOR is an easy-to-use mooring analysis computer program for use by vessel and terminal personnel as well as by port designers and naval architects. It is based on the OCIMF recommendations and procedures and includes OCIMF wind and current coefficients for tanker moorings.

Marine engineering SoftwareEngine Room Simulator

Marine engineering SoftwareEngine Room Simulator AAST

Offshore engineering SoftwareSACS

SACS is an integrated finite element structural analysis suite of applications that uniquely provides for thedesign, fabrication, installation, operations, and maintenance of offshore structures, including oil platformsand wind farms. Three optionsof the SACS software suites are available: Offshore Structure Enterprise for comprehensive capabilitiesrequired for typical offshore jackets, wharfs, and dolphin structures; Offshore Structure Advanced forstatic topside and deck analysis; and Offshore Structure for static structural analysis.

Offshore engineering SoftwareMOSES

Offshore engineering SoftwareMOSES

Offshore engineering SoftwareAUTO-PIPE

Bentley AutoPIPE V8 i is the most productive design andanalysis program for calculating piping code stresses, loads,and deflctions under static and dynamic load conditions,even to the highest nuclear standards. Costly plant shutdownscaused by pipes moving as they heat up can be avoided with3D hot clash detection. This functionality can also be usedto avoid piping failures during extreme loading conditions(like earthquakes). AutoPIPE also includes special featuresfor advanced buried pipeline analysis, wave loading, flidtransients, FRP/GRP or plastic pipe, as well as time-savingintegrations with STAAD.Pro and all major plant design systems.

GENERAL engineering SoftwareRHINO

Research engineering SoftwareFEM ( Finite Element Method ) SOFTWARE : ANSYSABAQUSCOMSOL

Research engineering SoftwareFEM SOFTWARE : ANSYSABAQUSCOMSOL

Research engineering SoftwareFEM SOFTWARE : ANSYSABAQUSCOMSOL

Research engineering SoftwareFEM SOFTWARE : ANSYSABAQUS COMSOL

Ship Collision (2012 Graduation Project )

Research engineering SoftwareFEM SOFTWARE : ANSYSABAQUS COMSOL

Ship Collision (2012 Graduation Project )

Research engineering SoftwareFEM SOFTWARE : ANSYSABAQUSCOMSOL

Research engineering SoftwareFEM SOFTWARE : ANSYSABAQUSCOMSOL

Research engineering SoftwareFEM SOFTWARE : ANSYSABAQUSCOMSOL

Research engineering SoftwareCFD ( Computational Fluid Dynamics ) SOFTWARE : ANSYSABAQUSCOMSOLFLUENTAQWA

Research engineering SoftwareCFD SOFTWARE : ANSYSABAQUSCOMSOLFLUENTAQWA

Research engineering SoftwareCFD SOFTWARE : ANSYSABAQUSCOMSOLFLUENTAQWA

Research engineering SoftwareCFD SOFTWARE : ANSYSABAQUSCOMSOLFLUENTAQWA

Research engineering SoftwareSPH ( Smoothed-Particle Hydrodynamics ) SOFTWARE :

Research engineering SoftwareSPH SOFTWARE :

Research engineering SoftwareFluid-Structure Interaction :

Research engineering SoftwareFluid-Structure Interaction :

Thank you for attention

Special Thanks to:Dr. Badr Elden MohamedEng. Nouran Maged