ANSYS AQWA – An Integrated System ANSYS AQWA is an integrated system for undertaking hydrodynamic and mooring analyses. Functionally it may be split into six operations: • Diffraction/radiation • Static and dynamic initial stability including the effects of mooring systems and other physical connections • Frequency domain dynamic analysis • Time domain with irregular waves including slow drift • Non-linear time domain with large amplitude regular or irregular waves • Hydrodynamic load transfer to a structural finite element analysis A graphical interface provides the common tool to facilitate visualization and results processing for the AQWA system. In addition an optional facility for coupled cable dynamics is available with the static and dynamic solvers (in both the frequency and time domain) to provide more rigorous modeling of the loading and response of mooring systems, especially in deep waters. Modeling Flexibility For large floating bodies ANSYS AQWA requires a description of the hull form. A standard panel discretization of the hull is utilized in the radiation/diffraction stage of the simulation (and may also be used in subsequent solvers, such as the static and dynamic time domain solutions). This can be achieved in one of several ways. For ship shaped vessels there is an automated mesh generator that works from the ship’s lines plan (or offsets).

Aqwa-Intro 14.5 L02 Basics and Theory - Download as PDF File (.pdf), Text File (.txt) or view presentation slides online. Aqwa-Intro 14.5 L02 Basics and Theory.

For more general vessel forms the ANSYS DesignModeler may be utilized to either generate the geometry directly, or to import geometry from a wide range of CAD systems. This geometry can then be imported into the new ANSYS AQWA hydrodynamic diffraction analysis system that includes its own meshing capabilities. Alternatively, suitably defined external CAD geometry may be directly imported into ANSYS AQWA hydrodynamic diffraction.

Total Capability for all Hydrodynamic Applications ANSYS AQWA is not just for moorings or diffraction/radiation but is a general purpose hydrodynamics analysis tool providing enormous flexibility to address most types of problem. Call of duty black ops 3 4gb ram fix crack pc. Prestigious companies in Northern California turn to Ozen Engineering as the single-source of reliable simulation solutions. Although Ozen Engineering is headquartered in the heart of Silicon Valley, we collaborate with best-in-class companies worldwide to optimize product design performance and improve product development processes for our clients wherever they are located and across a wide variety of industries. We are dedicated to supporting our clients. We are passionate about developing accurate simulation and realistic modeling as core competencies within client companies and helping them realize unparalleled results from their FEA and CFD investments.

Example of hardware software and peopleware. HARDWARE: The physical components of a computer system It refers to the tangible devices that can be seen 16 PEOPLEWARE the people involved in the data processing cycle known as the users or end users -any person who can manipulate and use the computer system and its programs. Transcript of Hardware, Software, Dataware & Peopleware. INTRODUCTION TO IT Communication device- requires a sender, a message and OUTPUT - is any place of computer hardware equipment used to communicate the result of data processing carried out by an information processing system. Relationship between hardware and software of computer system? For a computer to produce useful output its hardware and softwaremust work together. Nothing useful can be done with the hardware onits own, and software cannot be utilized without supportinghardware.

ANSYS AQWA ANSYS AQWA Diffraction Product Features Proven Technology for Design and Analysis of Mobile Offshore Structures ANSYS® AQWA™ software is an engineering analysis suite of tools for the investigation of the effects of wave, wind and current on floating and fixed offshore and marine structures, including spars, floating production storage and offloading (FPSO) systems, semi-submersibles, tension leg platforms (TLPs), ships, renewable energy systems and breakwater design. Projects today require that structure design and analysis be performed efficiently in terms of time and cost. The powerful range of modeling and analysis capabilities enables the rapid assessment of many design alternatives, in particular early in a project, significantly reducing overall project costs and timescales. Wave Diffraction and Radiation • 3-D panel method • Multi-body wave diffraction and radiation • Forward speed • Full quadratic transfer function (QTF) calculation for slow drift effects • Simulation of mooring and physical connections through user-defined stiffness matrix Three ANSYS AQWA value-based packages are available to meet typical analysis requirements: ANSYS AQWA Diffraction, ANSYS AQWA Suite and ANSYS AQWA Suite with Coupled Cable Dynamics. ANSYS AQWA Suite Product Features Included with all of the ANSYS AQWA packages is the Hydrodynamic Diffraction analysis system, representing the first phase of the integration of ANSYS AQWA technology into the ANSYS® Workbench™ platform. This provides direct links to ANSYS® DesignModeler™ software, external CAD geometry import, geometric parameterization and integrated meshing technologies.