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Advanced Contact & Fasteners | 2 Days | $1000 |
From contact stiffness and friction to surface-to-surface, node-to-node and bolt pretension elements, this two-day course is designed to analyze contact models that cannot be readily solved using default settings. Prerequisite: Basic Structural Nonlinearities Course Topics Include:
Each course chapter is followed by "hands-on" workshops and exercises. |
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Advanced Structural Nonlinearities | 3 Days | $1500 |
Focuses on element selection and the wide range of constitutive models available in ANSYS. Rate-independent plasticity, viscoplasticity/creep, and hyperelasticity are some of the topics which will be discussed. Geometric instability problems and element birth and death will also be covered. Attendees will learn the appropriate element formulations to use, the input of nonlinear material parameters, and the applicability of the various constitutive models for engineering use. Prerequisite: Basic Structural Nonlinearities Course Topics Include:
Each course chapter is followed by "hands-on" workshops and exercises. |
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ANSYS AQWA Hydrodynamic Analysis | 3 Days | $1500 |
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Started -AQWA Basic/Intermediate Course The course is intended both for new users of AQWA and intermediate users who are only required to attend the second two days.
The three day course will be of major benefit to all engineers intending to perform hydrodynamic analysis of offshore structures using AQWA. No previous AQWA exposure is required but some knowledge of naval architecture or offshore engineering is desirable. The 2 day intermediate level will be of benefit to existing AQWA users both to introduce the many new capabilities and as a refresher course. Format The lectures are interspersed with "Hands on Sessions" that demonstrate the application of each of the modules. Topics Covered Day 1 (first day of full course) Introduction to AQWA programs and their capabilities Workshops: Mesh generation using
AQWA-GS Day 2 (first day of intermediate course) New features Workshops: Performing frequency domain analysis using AQWA-FER and AGS for both long crested and short crested waves. Day 3 Time domain analysis in regular and irregular waves for moored structures. AQWA-NAUT and AQWA-DRIFT Workshops: AQWA-NAUT analysis for regular waves Trouble shooting |
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ANSYS ASAS Introductory Training | 2 Days | £495 |
Getting Started - ASAS Modular Courses The ASAS suite is formulated into a number of packages covering general finite element analysis, offshore structure analysis and non-linear analysis (with offshore specific features). The training courses are structured so that individuals can attend parts which are relevant to them. Thus new, intermediate level or advanced users can all benefit. Depending on the requirements courses last from one to five days. The topics below provide an outline of materials covered for the majority of ASAS modules/packages.
Prerequisites The courses will be of major benefit to all engineers working or intending to work with ASAS. As a pre-requisite it is expected that attendees have had some exposure to ASAS or a similar system. Also those engineers wishing to perform non-linear analysis (ship impact/compliant structures etc.) using ASAS(NL) will find the course particularly beneficial. Format The description below relates to the full ASAS suite including
modeling using FEMGV, basic ASAS, ASAS-OFFSHORE modules and ASAS(NL). Depending on your requirements, the contents and/or duration can be modified as necessary. For example a standard ASAS-OFFSHORE course is 3 days and a standard ASAS(NL) course is 2 days. Lectures are interspersed with "Hands on Sessions" that demonstrate the applicability of ASAS to real life problems.
Topics Covered Program structure Model Generation using FEMGV Topology definition Creating models and managing analyses Tutorials ASAS-Visualizer Dynamic Analysis Natural Frequency Post processing Use of ASAS-POST Tutorial Report Formatting using AXL interface ASAS-OFFSHORE Wave/Mass loading Tutorials Code Check Analysis Dynamic Analysis Dynamic Response in relation to Offshore Analysis
Dynamic Analysis Introduction to Advanced features Soil-Pile-Structure Interaction - SPLINTER ASAS(NL) Sources of Non-Linear analysis
Incremental Tutorial Converting from Linear to Non-Linear Types of Non-Linear Analysis Material non-linearities Coupled Wave-Structure Interaction Compliant structure analysis |
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ANSYS ASAS-OFFSHORE TRAINING | 2 Days | £495 |
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ANSYS ASAS-OFFSHORE TRAINING
Getting started
The ASAS suites
are formulated from a number of modular programs aimed at the global analysis
market, with special features specifically for the offshore market. When packaged as ANSYS ASAS the modules
cover general finite element (linear and non-linear), single wave case
generation along with post processing to obtain results effectively. The additional modules included with the
ANSYS ASAS OFFSHORE suite enables the engineer to perform the automated
generation of wave loads; soil-pile-structure interaction; combined with
ultimate limit strength and serviceability limit strength design assessments;
and spectral fatigue. Aims
The courses centre
on practical workshops combined with tutorial sessions in order to give
practical advice and useful experience to the attendee in order for them to
create their own analysis efficiently and effectively, understanding the
process for offshore design using ANSYS ASAS OFFSHORE. Prerequisites. This course is an
introductory course and hence no previous ASAS experience is necessary, it is
helpful if the attendee has had exposure to the concepts of FE analysis. Format
To introduce
linear offshore analysis, the course centres on the analysis of a typical
offshore structure, initially a static, ULS strength analysis and then
developing the analysis to cater for hydrodynamic added mass and cyclic wave
loading in order to perform a SLS fatigue analysis. The model is then used in conjunction
with a soil-pile non-linear analysis to complete the in-place analysis. To introduce
non-linear offshore analysis, a model, representing a riser analysis, is
produced. Both static and transient
dynamic analyses are undertaken firstly with nodal loading and then with wave
loading. Non-linear features are
introduced in the form of load changing over time and specialist non-linear
elements. For both
analyses, pictorial and animated results presentations are covered as well as
linking excel spreadsheets to the results database for graphical presentation. To expand the
non-linear analysis, an example ship & stinger model is created, including
spring elements to model cables and ball joint connections. RAOs are imported from AQWA
(could be from a 3rd party software) and applied to the floating
structure before a wave structure interaction analysis is performed. The analysis results are then extracted
at various time-steps for ULS strength checks and SLS serviceability checks
using a stress history fatigue analysis.
This is followed by a short introduction to creating user routines to
extract data from the results database. Programme
Day 1: Introduction Static linear
analysis Jacket example: Wave load creation with ASAS WAVE How to effectively re-use input data Static analysis of multiple wave loads with ASAS How to create batch files to run multiple analyses Presentation of contour results with ASAS VISUALISER Lunch Static linear
analysis Jacket example, continued: ULS design to API codes of practise with ASAS BEAMST How to extract design results with ASAS AXL Presentation of unity check results with ASAS
VISUALIZER Day 2: Dynamic linear
analysis Jacket example: Differences
between static and dynamic modelling requirements. Hydrodynamic
added mass creation with ASAS MASS Obtaining
mode shapes with ASAS dynamic analysis Applying
cyclic wave loads with ASAS RESPONSE Joint
spectral fatigue assessment using ASAS FATJACK In-place analysis
Jacket example: Creating
a component with ASAS Soil-pile-structure
interaction with SPLINTER Extracting results from components How to use components with design modules Lunch Non-linear
analysis Riser example: Introduction
to analyses with ASAS NL Use
of non-linear elements with gap elements How
to create a basic transient analysis Extraction
and presentation of results using ASAS AXL Coupled
wave-structure interaction transient analysis Animation
of results with ASAS VISUALIZER Non-linear
analysis Stinger example: Trouble
shooting non-linear analyses Applying
response amplitude operators (RAOs) to ASAS NL How
to perform ULS and SLS calculation following non-linear analyses Overview
of using ASAS TOOLKIT to extract database results |
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ANSYS AUTODYN Introductory Training | 3 Days | $1500 |
This course is designed for new users who want to become proficient with AUTODYN. You will focus on learning core-modeling skills in this comprehensive, hands-on course. After completing the course you will be well prepared to work effectively on a wide range of transient dynamics applications. Prerequisites
Format This is a three-day course for AUTODYN held at our offices around the world at regular intervals throughout the year. Due to the number of hands-on exercises and scope of materials covered, attendance is limited to 6 people. Course Outline:
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ANSYS AUTODYN Training in Material Modelling | 1 Day | £225 |
The Material Modelling in ANSYS AUTODYN advanced training course will cover advanced topics that are not covered during our introductory training courses. The course will cover advanced aspects of material modelling for metals, ceramics, concrete, and fibre composites under dynamic shock wave loading. The course will last 1 day with the majority of the time dedicated to lectures. Hands-on example calculations will be used to demonstrate some of the key points. |
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ANSYS AUTODYN Training in User Subroutines | 1 Day | £225 |
This 1 day advanced ANSYS AUTODYN training course will the use of user subroutines. Topics covered will include an introduction to AUTODYN's user-subroutines capabilities, compilers and debugging environment and several example user subroutines for typical applications. |
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ANSYS AUTODYN Training in Workbench | 1 Day | £225 |
The ANSYS AUTODYN in Workbench training course covers an overview of DesignModeler and meshing for use with ANSYS AUTODYN for explicit dynamics simulations. The course will last 1 day with the majority of the time dedicated to hands-on example calculations. |
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ANSYS AUTODYN Workshop | 1 Day | $500 |
The AUTODYN Workshop course is made available for attendees of the AUTODYN Introductory Training course, who wish to work with the assistance of our technical staff to set up simulations of a specific problem of interest. It is offered on the day after the AUTODYN Introductory Training course is held. Prerequisites
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ANSYS CFX Advanced Fluids | 2 Days | $1500 |
This course is designed to expose ANSYS CFX users to advanced topics in CFD and fluid flow. The course covers the governing equations, boundary conditions, and numerical topics such as discretization and Convergence ( pertinent to ANSYS CFX). Specialized topics in heat transfer, turbulence modeling, non-Newtonian effects, buoyancy, and compressible flows are covered. |
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ANSYS CFX Combustion and Radiation | 2 Days | $1500 |
ANSYS CFX is a fluid analysis software tool that combines CAD input, automatic meshing and a fast solution algorithm. The ANSYS CFX Combustion and Radiation course is a two-day advanced course covering modeling approaches for combustion & radiation, usage of models available in ANSYS CFX, and useful tips for modeling. Students should have completed the Introductory course or have experience running ANSYS CFX. |
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ANSYS CFX Customization | 1 Day | $400 |
The ANSYS CFX User Fortran course is a one-day advanced course that will enable you to customise your simulations through use of ANSYS CFX Command Language (CCL), ANSYS CFX Expression Language (CEL), Embedded Perl in CCL, User CEL functions and Junction Box routines. |
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ANSYS CFX Introductory Course | 3 Days | $1500 |
ANSYS CFX is a fluid analysis software tool that combines CAD input, automatic meshing and a fast solution algorithm. The ANSYS CFX Introductory Course is a three-day course and consists of lectures and "hands-on" practical examples. Basics of geometry creation, grid generation, physical model specification, solution, and post-processing are covered. Please note that only introductory material and related applications will be addressed. Includes Introduction to DesignModeler and Meshing Application training. |
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ANSYS CFX Jump Start | 1 Day | $0 |
The Jump Start program is a one-on-one course comprised of basic theories and problem setup using ANSYS CFX pertaining to a particular area of student's interest. Guidance in grid generation, assistance with solution strategies and advanced modeling techniques are also provided. |
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ANSYS CFX Multiphase | 2 Days | $1500 |
ANSYS CFX is a fluid analysis software tool that combines CAD input, automatic meshing and a fast solution algorithm. The ANSYS CFX Multiphase course is a two-day advanced course covering modeling approaches for multiphase flows, usage of models available in ANSYS CFX, and useful tips for modeling. Students should have completed the Introductory course or have experience running ANSYS CFX. |
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ANSYS CFX Turbulence | 1 Day | $800 |
This course covers advanced topics in turbulence modeling, viz, two equation turbulence models like k-epsilon, k-omega, SST, wall functions, 2nd order Reynolds Stress models, a discussion of large eddy simulation, Detached eddy simulation and transition modeling. The course includes modeling tips and practical examples. |
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ANSYS CFX User Specified Application Day | 1 Day | $800 |
This day involves working on the user's own problem with the guidance of an instructor to show how to best setup ANSYS CFX to solve the user's application problem on his/her own geometry. It is advisable to provide the geometry in advance of the actual training day to allow the instructor to examine the files and do a small amount of prepatory work in advance if necessary. |
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ANSYS CFX User Supervised Day | 1 Day | $500 |
The User Supervised Day allows the trainee to continue to use the ANSYS CFX software on the type of problems of interest to the trainee. These problems would consist of additional tutorials or simple problems suggested by the instructor. The instructor is available to provide guidance and discuss best approaches to setting up the problems. |
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ANSYS CFX-BladeGenPlus Introductory Course | 1 Day | $500 |
ANSYS CFX-BladeGen provides turbomachinery designers with a complete system for 3-Dimensional (3-D) blade design and evaluation. The ANSYS CFX-BladeGen Introductory Training Course is a one day offering which includes importing geometry from a preliminary design package, using ANSYS CFX-BladeGen for rapid design/modifications and Blade Analysis using ANSYS CFX-BladeGen Plus. |
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ANSYS CFX-TASCflow Introductory Course | 2 Days | $1000 |
ANSYS CFX-TASCflow is an advanced, fully coupled, algebraic multigrid CFD package. The ANSYS CFX-TASCflow Introductory Training Course is a two-day course covering problem setup, solution and post processing analysis. The introductory training is done with small groups, not exceeding 6 trainees in a session. Optional Thursday and Friday sessions are available where participants will be trained further in their particular area of application; guidance in grid generation and assistance with solution strategies are also provided. These sessions are one on one sessions with participant and trainer. Courses are flexible and some customization may be available. Please inquire. |
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ANSYS ICEM CFD Hexa for CFX | 1 Day | $500 |
The ICEM CFD Hexa for ANSYS CFX training course is for users needing advanced meshing techniques for complex geometries to generate structured or unstructured hexahedral meshes for use with ANSYS CFX software. Course Topics Include:
Each course chapter is followed by "hands-on" workshops. |
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ANSYS ICEM CFD Hexa for CFX Introductory Course | 1 Day | $500 |
ICEM CFD Hexa is the industry leading general-purpose hexahedral meshing tool offered through ANSYS. The ICEM CFD Hexa Introductory training course is a one day offering which includes, importing CAD geometry using direct CAD interfaces, geometry manipulation tools, generating hexahedral meshes, mesh editing and exporting to ANSYS CFX. |
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ANSYS ICEM CFD Tetra/Prism for CFX Introductory Course | 1 Day | $500 |
ICEM CFD is a meshing tool which can start from geometry in many formats and easily create tetrahedral meshes for use in ANSYS CFX. The ICEM CFD Introductory training course is a one day offering which covers importing geometry, geometry repair and modification tools, generating tetrahedral and prism meshes, mesh editing and exporting to ANSYS CFX. Hands-on workshops accompany each topic in order to maximize the benefit of the course. |
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ANSYS ICEM CFD/AI*Environment Introductory Course | 4 Days | $2000 |
The ICEM CFD/AI*Environment training course is for users needing advanced meshing techniques for complex geometries. It is now geared to cover the pre-processing needs for all analytical applications including computational fluid dynamics, finite element (structural), electromagnetics and other simulation modeling. Course Topics Include:
Each course chapter is followed by "hands-on" workshops. Topics will be covered on an as needed basis. |
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