Siemens Digital Industry News Denis Goudstikker · the Global Automotive Action Group (GAAG) for...

Unrestricted © Siemens AG 2017

2017.MM.DD Siemens PLM Software

Siemens Digital Industry NewsDenis Goudstikker

June 5 & 6, 2019 (Paris) – [email protected] - http://standardizationday.afnet.fr/ - ‹1›



Siemens CAD News : Analyst commentary - CIMData

“On May 8, 2019, CIMdata met with Siemens to be briefed on the latest and coming capabilities for

NX—Siemens’ flagship mechanical computer-aided design (MCAD) solution.During the briefing, Siemens

focused on what they consider to be six major areas of differentiation:

➢ Productive modeling environment

➢ •Generative design & integrated validation

➢ •Electromechanical design

➢ •Collaborative design management

➢ •Industrialized additive manufacturing

➢ •Immersive visualization

To facilitate a productive modeling environment, Siemens is adding machine learning to the NX user

interface. Based on usage, NX will predict the commands users will most likely use next and present

them prioritized by applicability to task and usage criteria. Users can also personalize the command

list to their preferences.

In addition, Siemens stressed increased attention to model-based definition given the release of

ISO 10303 STEP AP242 Edition 2.”



What’s new in NX 12JT Export – Either as PLMXML and JT; or AP242XML and JT

• JT translator is capable of producing a PLMXML (*.plmxml)

or AP242XML (*.stpx) file with assembly structure

• JT file holds 3D geometry, PMIs, attributes etc. and

PLMXML/AP242XML assembly holds references to the

JT files and metadata

• Hybrid approach of AP242XML and JT creates a fully

ISO standard collaboration package recommended by

the Global Automotive Action Group (GAAG) for

Siemens PLM to support

• Teamcenter Visualization (with STEP translator) and

JT2GO capable of reading AP242XML and JT; or PLMXML

and JT

• Details are available on Afnet Download site :http://download.afnet.fr/AP242DAY18/StepAP242Day18-04-1-Siemens.pdf

File -> Export -> JT

http://download.afnet.fr/AP242DAY18/StepAP242Day18-04-1-Siemens.pdf



Data Exchange with CATIA V5

CatPart and CatProduct to NX

Direct Open (File Open), and Import/Export

• Casual and simple day to day translation

• Direct read of V5 geometry and assembly

• No parameters - use Synchronous Modeling for modification

• File Open is the current technology used for migration VL to SC, product

included in VL to SC migration at no extra cost

JT

• Enterprise and Supplier Collaboration, Multi-CAD environment

• Bi-directional CATIA-NX using ISO published JT format

• Model Based Definition allowing associativity within Assembly

Content Migration Management (CMM)

• High fidelity translation for managed data migration V5 to NX

• Training, service specific to customer data

• Includes: design intent (parameters), attributes, drawings: Chrysler (FCA),

STEP

• ISO B-rep geometry part and Assembly structure

• 203, 214 AP242 Edition 1 (XML), and recently Edition 2



PLMConnect to Teamcenter : Solution Partners

PDTec AG is a Siemens Foundation partner. Their product, PDM Connect, enables data package based interoperability betweendisparat PDM systems. Data can be anycombination of AP242 xml, Tc xml, PLM xml or foreign PDM schema. PDM Connect primarilysupports exchange of JT + AP242 xml in the automotive industry and is currently in production at major OEMs. PDM Connect doesnot convert geometric elements, only metadata including structures.



Catia Change to NX Customers



Event of the Week

4/5/6 JUIN 2019

EUREXPO - LYON - FRANCE

Siemens is Industrializing

Additive Manufacturing

Reimagine products. Reinvent

manufacturing. Rethink business.



Siemens is industrializing additive manufacturing

Power Generation HealthineersMobilityPower Services

PLM Software Materials SolutionsCorporate TechnologyMotion Control



Industrializing Additive Manufacturing requires

a change in mindset and digitalization



Conventional thinking

Conventional burner design

Burner tip

Total length L = 3.4 m

Disadvantages:

Complex supply system

High manufacturing cost

Long lead time

Complex assembly

Costly maintenance, repair

Excessive size

Many parts, flanges, welds

Nested, ring-shaped fluid

channels

Complexity



Conventional burner design

Inspiration

What if we could

reimagine the

burner in the

shape of a fennel

bulb and 3D print

it?



Simulation-driven generative design

Design space exploration (HEEDS)Computational fluid dynamics (STAR-CCM+)



Result: Reimagined system

New burner assembly with redesigned tipAM Thinking:

Vast

improvement

opportunities in

every area of

design,

manufacturing

and business New burner system redesigned

for Additive Manufacturing




Complexity

Product:

Simplified, standardized mounting assembly

Reduced size

Reduced mounting effort

Manufacturing:

Reduced lead time, faster assembly

Reduced parts by over 50%

Reduced welds by approx. 50%

Reduced assembly complexity, steps

Business:

Accelerated speed to market

Adjustable design for customer-specific

combustion requirements

Simplified repair



Reshaping the business of power generation

Conventional

thinking

Additive Manufacturing

thinking In serial production

Function & performance

improvement

Designed in NX

13 1 partssystem simplification

26 3 weekslead time reduction

22%weight reduction

Combustion SystemBurner

Swirler/Nozzle/Filter/Mixer



Additive Manufacturing value transformation matrix

STATUS QUO

Manufacturing transformation

Pro

du

ct

tran

sfo

rmati

on

Shift from prototyping / experimentation to mainstream industrial production

Sh

ift fr

om

co

nve

ntio

na

l d

esig

n to

en

terp

rise

DF

AM

Reinvent manufacturing

Reimagine products

• Scan modify design

• Lightweighting

• Assembly simplification

• Functional performance optimization

• Multi-material / digital material parts

• Eliminate castings

• Eliminate injection molding

• Rapid manufacturing aids

• Checking / tool fixtures

• Composite part printing

• Low volume (lot size of one)

• Multi-material / digital material parts

Rethink business

• Individualization

• Replacement parts / digital inventory

• Accelerate innovation cycles

• Design anywhere. Print anywhere.

• Repair parts

• Supply chain redefinition / shrinkage



Barriers to industrializing additive manufacturing

Design software Simulation Software Print Preparation Software

AM ProcessHeat TreatmentFinishing / Inspection

Disconnected

process chain

Multiple file

conversions

Uncontrolled

workflow

Conventional

thinking

End-use part



Vision: One integrated end-to-end system

for industrializing additive

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NX and Simcenter

Data Management and Shop Floor Connectivity

Siemens Production Software and MES Systems

Teamcenter

Simatic IT

Connected by a digital thread. Driven by digital twins.

Partner / Academia Ecosystem



Reimagining design, production and service

for greater business value

* Powered by Materialise

Generative design Light weighting*Topology optimization

Adapt designConvergent ModelingTM

ValidateInc. process simulation

Prepare forprinting*

Slicing, hatchingprinting*

Post processingand inspection

Teamcenter

Original design

Final part



Siemens Part Manufacturing Platform –

Global gateway to on-demand design and manufacturing

A global, digital

collaboration

platform for

distributed,

industrial additive

manufacturing

(AM) and

co-innovation

solutions



Accelerating

AM business transformation

Maximizing customer value through our

additive manufacturing partner ecosystem

Streamlining

the digital value chainAM Technology partner

Additive Manufacturing software technology

Topology optimization Security technology

Maximizing

the value of best-in-class

AM production technology

Consulting services

3D printer / Additive Manufacturing equipment

Certified solution provider

Developmentpartnerand reseller

Exclusive solution provider and reseller

Solution development partner

Foundation / technology partner

Foundation/Technology partner

And more

AM Enterprise consulting services Engineering consulting services



Software defines the applications

Major 3D printing technologies supported in one system

Hybrid additive

Directed energy

deposition

Multi-axis

Fused deposition

modeling

Powder bed fusion

Laser material

fusion

Multi jet fusion

Agent jetting/

inkjet technology



Hybrid additive

Directed energy

deposition



Multi-axis

Fused deposition

modeling



Powder bed fusion

Laser material

fusion



New! NX AM for HP Multi Jet Fusion

Design parts for 3D printing

Build tray definition

for multiple parts

Automatic part selection with

orientation

Automatic 3D nesting*

Print file generation*

Associative design updates

throughout the process

Siemens and HP partner to advance 3D printing

for product development and industrial production

Introducing NX AM software module

for design and print preparation of

parts for HP Multi Jet Fusion

Siemens and HP sign certification

agreement to drive HP Multi Jet

Fusion (MJF) Technology

Parties align technology and go-to-

market roadmaps to expand AM

technology for the next frontier of

product innovations: 3D printed

multi-material parts* Powered by Materialise

Siemens Digital Industry News Denis Goudstikker · the Global Automotive Action Group (GAAG) for...

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