v6 for academia - r2013x - plm discover product description

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V6 for Academia – PLM Discover

Product description – R2013X

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PLM Discover

Collaborative Innovation

Virtual Design

Realistic Simulation

Digital Manufacturing

Learning with Companion

Content

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VIRTUAL DESIGN :

Concept modeling to detailed design solution for hybrid parts. Enable simulation of

mechanism

COLLABORATIVE INNOVATION:

Collaborative environment to manage and review product information, including 3D Live, BOM editor, interference check, collaborative review, shape based

search and collaboration for Microsoft

DIGITAL MANUFACTURING :

Prismatic & Advanced NC Machining, Robot Task Definition, MBOM & Assembly feasibility analysis,

predict performance of industrial machine

REALISTIC SIMULATION :

Analysis for Designer

A powerful configuration to learn and practice PLM

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PLM Discover

Commercial products included

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Collaborative Innovation A consistent environment for teaching industry practices and for optimizing education processes

Includes the main features of an industrial PLM environment

Roles Definition : Various Pre-defined Roles can be granted to each student within a given project

Security context : Access rights to the organization’s data and to the features of the application are based on the role assigned

Lifecycle management : Lifecycle operations can be performed on objects contained in the V6 database

Maturity cycle (In Work, Frozen, Released, …)

In the V6 architecture, all product data are managed and contained in the database. This database contains the physical data, logical structure and requirements of products and parts

You will be able to work on them from any computer where applications are installed, without having to copy or store them on your local computer. This simplifies the process of data management and sharing of information

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Send text messages… A simple text chat can be extended to an online review – a Co-review

A Co-review is a session that enables online sharing of screens and actions with other users over the network. Each participant in the co-review is an actor and not just a listener :

Annotate 3D Data

Share snapshots

Online review of 3D objects

Concurrently work on the same design

All project participants can communicate around the 3D product definition at any time

Collaboration : A native environment and efficient tools

Allows working with CATIA, DELMIA or SIMULIA for pre-defined period of time without being connected to ENOVIA V6 sever

Switching offline, the reserved data and the required licenses are extracted locally

IP integrity preserved when working offline

Allows propagating seamlessly in project data environment all the changes performed offline

Capability to temporary work offline with ENOVIA VPM On-The-Go (VND)

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Collaborative Innovation Powerful and easy to use navigation in product s, projects and processes

View graphical representations of objects on the turntable

Search for PLM objects

Navigate within the product structure

3D Live

The compass Provides with instant access to PLM information at any time on any object

Searching for data

Examining the impact of modifications

Collaborating with people

Saving modifications to the data base

The bar

Shape-based search of CATIA V6 data with ENOVIA Live Similarity (LSI) For multi part project

Allows designers to access and check existing data directly on their designs before deciding to create new designs

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ENOVIA VPM Interference check (PIC) for on line real time validation

For muti part project

Allows designers to detect product interferences while staying in the same V6 authoring environment

for clearance, contact and clash

ENOVIA Volume Computation (VOC) can produce alternate representations

to meet specific viewing requirements

to carry out various digital review tasks

ENOVIA Live Validation (LVA) provides collaborative review and validation

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Collaborate on task deliverables with real time reporting on actual status for assigned project tasks along with easily tracking critical tasks

Mitigate and report status on assigned project risks

Capture and execute ad-hoc project risks

Track meetings, decisions, and artifact baselines so that traceability is established for historical reference

Real-time access and visibility to projects team members with ENVOVIA Program Experience (PGE)

Entire teams can raise risks and issues and communicate up to date status *

* (Project organization to be defined with project leader with ENOVIA Master / PRG)

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Automates the creation, collaboration and management of product structures and engineering bills of material (EBOM)

Collaborative Product Structure Management across multiple CATIA users

Syncronization of the EBOM and CATIA Design

Multiple EBOM representation and manipulation

Advanced comparison tools

Manage links between documents and parts

Search parts within ENOVIA database

Export to Excel

Product structure with ENOVIA Team BOM Editor (TBE)

Rich capabilities to structure products and assemblies through Engineering Bill of Material (BOM)

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Create and access ENOVIA data from the most popular Microsoft applications: Word®, Excel®, PowerPoint®, Outlook®, Windows Explorer, and Windows Desktop Search

Find Documents using Windows Desktop Search

ENOVIA Collaboration for Microsoft (MSF)

Microsoft integration : document management for office and engineering automation

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PLM Discover / Virtual Design Mechanical Design : TDD - 3D Design

Highlights Integrated Instant collaboration

Functional modeling for parts and assemblies

0riented & contextual constraints

Engineering connections

Productivity of drawing update

Integration with product lifecycle management tools

Downward compatibility with V5

Materials definition shared by all CATIA applications across the product lifecycle

Technical products included LSP CATIA Live shape

LCP CATIA Live Compose

SMB CATIA Bend Part Design

AS1 CATIA Mechanical System Design 1

PD1 CATIA Part Design 1

FM1 CATIA Functional 3D Modeling

GDR CATIA Generative Drafting

ID1 CATIA Interactive Drafting

LO0 CATIA 2D Layout Browser

GS1 CATIA Generative Shape Design 1

IG1 CATIA IGES Interface

SST CATIA Standard Step Interface

KT1 CATIA Product Knowledge Template

KE1 CATIA Knowledge Expert 1

V4I CATIA V4 Integration

MAT CATIA Materials Definition

CD1 CATIA Collaborative Design

TSE CATIA 3DShape Editor

VPE ENOVIA VPM Physical Editor

TLS CATIA STL Standard Rapid Prototyping

LDI CATIA Live Distiller

WCG CATIA Weight & Center of Gravity

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PLM Discover / Virtual Design Mechanism Simulation : MSI

Highlights Solver can drive under-constrained mechanisms

Post-processing tools including clash analysis, distance computations, and trace generation on the swept volume of a moving part

Full PLM integration of kinematics objects

Coupled commands manipulation

Several mechanisms for a single product

Technical products included

KIN SIMULIA Kinematics Simulation

RSI SIMULIA Realistic Simulation Infrastructure

KIM CATIA Kinematics Mechanism Design

XYP SIMULIA XY Plotting

IDY ENOVIA VPM Dynamic Interference

DVO ENOVIA VPM Dynamic Volume Computation

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PLM Discover / Virtual Design Shape Design & Rendering : IMS - Imagine and Shape

Highlights Easy to learn and Easy to Use technology, giving access to 3D Creativity to Designers

Ultra fast Interactive 3D shape modeling

Starting from scratch or transforming 2D hand-sketches

Styling curve creation with interactive pen device

Unique subdivision technology

Single product model for both styling and detailed design

Powerful surface quality checkers

Collaborative environment for quick propagation of design changes

Technical products included

IMA CATIA Imagine & Shape

NTS CATIA Natural Sketch

FS1 CATIA Freestyle Shaper 1

FSK CATIA Freestyle Sketch Tracer

RTR CATIA Realtime Rendering

DSS CATIA Shape Sculptor

PH1 CATIA Photo Studio 1

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PLM Discover / Realistic Simulation DSR – Design Sight Structure

Highlights

Simulates realistic behavior under structural loading conditions

Leverages the same Abaqus technology used by expert analysts

Robust nonlinear technology

High performance on multi-core workstations

Run on remote HPC clusters if Abaqus tokens are available

Automatically generates the right mesh with adaptative refinement

Based on the new V6 lifelike user experience

Provides guidance at all times to help the user understand what to do next

Natural extension of the design experience

Advanced simulation technology with an easy-to-use interface

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PLM Discover / Digital Manufacturing LAS – Live Assembly for Manufacturing planning

Highlights Navigate and/or reorganize the 3D MBOM structure

Automatically extract the possible disassembly directions for each part, to facilitate the creation of trajectories

Breakthrough in user experience and ease-of-use:

Dedicated 3D Manipulator for easier part motion creation, with collision feedback

Automatic creation of the assembly sequence

Filmstrip sequence viewer/editor, especially tailored for simple view of the assembly specification

Replay trajectory and:or assembly sequence at any moment of the design

Collaborate and review the assembly sequence specifications

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PLM Discover / Digital Manufacturing Machine Programming: RTD - Robot Task Definition

Highlights

Provide Rich Robot Library

Placement tool

Teach Pendant

Static and Dynamic Analysis

Feasibility Studies

Trajectories teaching capabilities

IO Management

Part grab and release capability

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PLM Discover / Digital Manufacturing Machining

Highlights

Optimized tool paths and reduced machining time

Quick tool path definition thanks to an intuitive user interface

Rapid verification of tool path

Management of impacts between Engineering and Manufacturing

Machining resource managed as PLM objects in database

Associativity with CATIA design tools for efficient design change management

High level of automation and standardization by capture and reuse of provent manufacturing know how

MTM -Prismatic machining

MIM - MillingMachining

TUM -Turning Machining

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16 Companion products are provided in the PLM Discover Pack

Companion Products

11 Companion products for CATIA Virtual Design

2 Companion products for ENOVIA Collaborative Innovation

1 Companion product for DELMIA Digital Manufacturing & Production

1 Companion product for SIMULIA Realistic Simulation

1 Companion product for 3DVIA Lifelike Experience

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Companion Products for CATIA

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Companion Products for the Other Brands

ENOVIA DELMIA SIMULIA 3DVIA

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CATIA Companion for Mechanical Design (MD6)

CATIA V5 to V6 Mechanical Design Transition (16 hours) This course will teach you how to import existing V5 data and search for models in the CATIA V6 database. You will learn how to design in collaboration with other users, perform modifications, check impacts and propagate modifications using a role-based scenario. You will also learn how to load a product configuration, design in context, replace components with new versions and analyze a product.

CATIA V6 Mechanical Design Fundamentals (40 hours) This course will teach you how to build parts using feature-based and functional modeling techniques and how to apply design rules in CATIA V6. You will also learn how to collaborate with other users to review designs. This course also teaches you how to create a simple assembly, simulate a mechanism, create a rendered image and generate a simple detail drawing.

CATIA V6 Mechanical Design Advanced (40 hours) This course will introduce you to complex modeling techniques. You will learn how to create structured models and complex parts, how to define a product architecture and use it to design in an assembly environment. You will also learn how to manage complex product structures and product configurations, and create part families using parameterized models. Finally, you will learn how to analyze the impacts of design modifications and review a product.

This Companion product is made up of 3 courses:

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CATIA Companion for Fabricated Part Design (FP6)

CATIA Fabricated Part Design Essentials (16 hours) This course will teach you how to create a sheet metal part using standard

wall, bend and stamping features. You will see how user features can be

incorporated into the design and how to use both standard and user-defined

materials. Finally you will learn how to create a flat pattern, create a welded

part and produce a detailed, annotated drawing.

This Companion product is made up of 1 course:

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CATIA Companion for Plastic Part Design (PP6)

CATIA Plastic Part Design Essentials (16 hours) This course will teach you how to create a molded plastic part from a set of

styled surfaces. You will use functional modeling to integrate basic features on

a rough shell before completing the detailed design. Then you will learn how to

analyze, prepare, and integrate the styling surfaces. Finally, you will extract the

core and cavity for mold tooling design.


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CATIA Companion for Mechanism Simulation (MS6)

CATIA Mechanism Simulation Essentials (16 hours) This course will teach you to simulate a mechanism. You will learn how to

complete and animate a mechanism, then learn how to define behavior by

manually recording an animation and by using laws. You will learn how to include

analysis of measurements, interferences, speeds and accelerations. Finally, you

will learn how to generate traces, swept volumes and snapshots which can be

used when reviewing the simulation results.


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CATIA Companion for Mechanical Surface Design (SU6)

CATIA V5 to V6 Mechanical Surface Design Transition (8 hours) This course will introduce you to CATIA V6. You will learn how to search for models and import

existing V5 data. Using a role-based scenario you will learn how to design in collaboration with

other users, perform modifications, check impacts and propagate modifications.

CATIA V6 Mechanical Surface Design Essentials (40 hours) This course will teach you how to use the FreeStyle and Generative Shape Design workbenches

to create quality curves and surfaces. You will learn how to analyze the wireframe and surface

quality, and rectify the detected defects. You will also learn how to work in a multi-model

environment with published surfaces.


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CATIA Companion for Live Shape (LS6)

CATIA Live Shape Essentials (8 hours) This course will introduce you to CATIA Live Shape and its radically different working

environment. You will learn how to use CATIA Live Shape to quickly conceptualize,

create, and modify mechanical parts and shapes. The course is process-based and it

uses an industrial scenario to teach you how to use the tools in the context of creating a

design from conceptual data. It features short-duration demos followed by exercises to

allow you to practice using the tools. You will learn the related theory, tips and

recommendations while performing the exercises.


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CATIA Companion for Imagine & Shape (IM6)

CATIA Imagine & Shape Essentials (16 hours) This course will teach you how to use the CATIA V6 Imagine and Shape

workbench to create, modify, and improve product shapes and styles. You will

learn how to use the Freestyle Sketch Tracer workbench to import stylist’s images

in V6. You will also learn how to use the Real Time Rendering workbench to

create an environment around a model and render it.


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CATIA Companion for 3D Electrical Design (EH6)

CATIA 3D Electrical Design Essentials (24 hours) This course will teach you to create electrical physical systems in CATIA V6 and thereby

help you in designing the electrical physical systems. You will work with the catalogs to

place the components from the electrical libraries. You will learn the routing of branches

for creating electrical branch geometries, managing the electrical geometry content, and

routing conductors through the electrical geometry. You will also learn the 3D Master

Approach of annotating the electrical physical system.


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CATIA Companion for Systems Architecture Design (SA6)

Introduction to Systems Engineering (2 hours) This course will introduce you to the System Engineering and RFLP methodology. It will

explain the significance of Requirement, Function, Logical Design, and Physical model

in the RFLP methodology.

CATIA Systems Architecture Design Essentials (12 hours) This course will teach you the basic concept of the RFLP system design approach. You

will learn the creation of a Requirement, Functional, Logical Design, and Physical

model. You will also learn about the Implement Relations.


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CATIA Companion for Systems Logical 3D Architecture (TD6)

CATIA Systems Logical 3D Architecture Essentials (12 hours) This course will teach you how to create the 3D Geometry for the system, to manage the 3D

Representation by creating and editing the pathway, associating a logical connection to the pathway,

managing the zone and the equipment center. This course will also teach you how to use the

knowledge check rules.


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CATIA Companion for Systems Logical Electrical & Fluidic Design (EL6)

Introduction to Systems Engineering (2 hours) This course will introduce you to the System Engineering and RFLP methodology.

It will explain the significance of Requirement, Function, Logical Design,

and Physical model in the RFLP methodology.

CATIA Systems Logical Electrical & Fluidic Design Essentials (12 hours) This course is designed for students who are already familiar with the CATIA V6 user interface

and who have domain knowledge of Electrical System Design and / or Piping Systems Design.

It will build upon their existing knowledge and teach them how to create an Electrical Logical

System and export / import it using CATIA V6. It will also teach them about Piping Logical Systems.


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ENOVIA Companion for 3DLive (LI6)

ENOVIA 3DLive Essentials (4 hours) This is a process-based course that uses an industrial case study to teach you how to use ENOVIA

3DLive to search, navigate, examine, and share information in the collaborative 3D environment.

Through short videos you will learn how to search and visualize the results, explore and review 3D

data, filter the data, create customized views and save them as Favorites, perform co-reviews with

colleagues, perform basic lifecycle operations, and export data as shareable 3D XML files. At the end

of each lesson there will be a summary of the topics covered, descriptions of all the tools used, and a

short assessment to test what you have learned.


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ENOVIA Companion for Program Central (PR6)

ENOVIA Program Central Essentials (8 hours) This is a process-based course that uses an industrial scenario to teach you how to

use ENOVIA Program Central. You will learn how to create and manage projects,

assign project members and create tasks, create folder structures and define access

rights for managing the documents related to the projects. You will also learn how to

create the process flows for review and approval of tasks, and how to monitor the

status of different projects. Additionally, you will learn how to use the Microsoft Project

Integration functionality to exchange and view a project’s data in Microsoft Project.


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DELMIA Companion for Process Planning (PG6)

DELMIA Process Planning Essentials (24 hours) This course will teach you how to create processes, templates, and catalogs. This

course deals with defining processes, detailing process flow and managing Product

to Process assignments. It also teaches you to create a virtual manufacturing

environment for significant cost savings. This course will also teach you how to create

a layout design for a manufacturing plant and how to use the resources. You will also

learn how to balance resources as per operations.


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CATIA Companion for Structural Analysis (ST6)

CATIA V5 to V6 Analysis Transition (8 hours) This course will introduce you to CATIA V6 and the fundamental concepts of PLM. You will

learn how to search for models in the V6 database and how to import existing V5 data.

Using a role-based scenario in the context of an assembly you will learn how to design

parts in collaboration with other users, perform modifications, check impacts, and propagate

the modifications to the impacted parts. You will also learn how to perform a finite element

analysis for structures in CATIA V6 (preprocessing, computation, post-processing, and

assembly analysis).

CATIA Structural Analysis Fundamentals (12 hours) This course will introduce the concepts and benefits of Finite Element Analysis and the

general analysis process. It will teach you how to prepare a model for analysis, create 1D,

2D and 3D FE models, and compute a simple static analysis for a single part or an

assembly.


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3DVIA Companion for Composer (CP6)

3DVIA Composer Essentials (20 hours) This course will teach you how to work with a 3D model using 3DVIA Composer to

capture its views, add annotations, and change its rendering. You will learn how to

create technical illustrations and high resolution images. You will also learn how to

create animations; publish and share the content.


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2012