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Welkom! Visit Dutch Delegation Composite Actors 13.03.2017 @ SIM
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Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

May 05, 2018

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Page 1: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Welkom!Visit Dutch Delegation Composite Actors

13.03.2017

@ SIM

Page 2: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Content• SIM introduction• IBN Composites introduction• Pitches Flemish players:

• Research institutes:• KU Leuven• VUB• UAntwerpen• Sirris / SLC

• Companies:• Basaltex• Picanol• Carbon Repair• L&D Waterjet• Moss Composites• Bridon-Bekaert• Siemens Industry Software as M3 program coordinator

• Ugent Composites: lab visit introduction

Page 3: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

SIM is the spearhead cluster Materials in Flanders

Mission and objectives:

By:1. Generating open innovation environment for close collaboration

between industries and knowledge centers2. Strengthening the scientific base and build technology platforms in

relevant themes3. Promoting transition to higher TRL levels (*)

4. Pushing synergies with regional initiatives5. Increasing the international impact

Contribute to the competitive position of the materials industry in Flanders

(*) TRL : Technology Readiness Level

Page 4: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

SIM activities: summary

• One-stop-shop materials innovation• Objective role in guiding material innovation related questions to best-placed actors

• SIM programs• Open innovation environment with mixed industrial / academic consortia working on

a mid- to long-term roadmap in phased project approach

• Special Interest Groups• “sub-clusters” for networking & match making activities to identify collaborative

project opportunities

• Valorization & Demonstration projects

• Events, matchmaking, advise on funding calls, (…)

Page 5: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Ongoing SIM activities re Composites• Programs

• Nanoforce: next generation polymer hybrids• R& D on novel composite materials• Consortium of 15 industrial partners + 5 research centers• http://www.sim-flanders.be/research-program/nanoforce

• M3: Macro Modeling Mat see pitch Laszlo Farkas• Macro modelling of lightweight materials: fibre reinforced composites, printed lattice structures,

reduced noise-vibration harshness• Consortium of 16 industrial partners + 4 research centers• http://www.sim-flanders.be/research-program/m3

• H-INT-S: Hard – INTerface - Soft• Focus on detailed research (modelling, characterization, high throughput experimentation) of

interfaces between hard and soft materials, eg reinforcement vs matrix.• http://www.sim-flanders.be/research-program/h-int-s

• “sub-cluster” IBN Composites: see next slide

• Some relevant links:• http://www.sim-flanders.be/news/lightweight-materials-needs-flemish-oems• http://www.sim-flanders.be/ket-roadmap-advanced-materials-flanders

Page 6: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

IBN Composieten IBN Composieten: LEDEN▪ 3M▪ Allnex▪ Basaltex▪ Beaulieu▪ Bombardier▪ Campine▪ carbonrepair▪ CGK-Group▪ CTF 2000▪ Delta A.T.▪ Econcore▪ Finipur▪ Fitco▪ Flipts en Dobbels▪ FRX Polymers▪ Gilbos▪ Johns Manville

▪ Jonckvansteen▪ Kreglinger▪ L&D Jet Techniek▪ LPW▪ Moss Composites▪ Orfit▪ Paneltim▪ Picanol▪ REIN4CED▪ Robosoft▪ Sabca Lummen▪ Samsonite▪ Seyntex▪ Spiromatic▪ Tenneco Autom.▪ Van de Wiele▪ Vitalo

#1 verbindingstechnieken

#2 Automatisatie

#3 Brandwerende composieten#4 Recyclage

#5 valoriseren biogebaseerde composieten (oa vlas)

#6 3D printen composieten

#7 vermengen van garens

#8 oppervlakte-eigenschappen

#9 Opleiding operator composietverwerking

#10 Normering

#11 Smart composites

#12 Testen (NDT) en reparatie composietonderdelen

#13 Gezondheidsrisico’s composieten

#14 Composieten op maat

Thema’s

Contactpersoon: Wouter Geurts [email protected]

Page 7: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

KU Leuven MTM

Page 8: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

KU Leuven MTM

Page 9: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 10: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 11: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 12: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 13: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 14: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 15: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Wat kunnen we leren over composieten via elektronenmicroscopie?

Electron Microscopy for Materials Science (EMAT)Universiteit Antwerpen

Alexander NeirinckxContact: [email protected], +32 3 265 32 59

Page 16: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Analyse van composietmaterialen met elektronmicroscopie

Bepaling van de microstructuur (2D & 3D), spectroscopische metingen (chemische analyse) en mechanische karakterisatie (treksterkte, indentatie, buigen, …) op het nano- en microniveau

• Dimensies: van atomaire tot micronschaal

• Zowel matrix, interfase- en oppervlaktemetingen

• Harde en zachte materialen

• In situ en ex situ metingen

• Gebruik voor input en validatie van modellen

Stress-Strain curve of MF MC

Brittle fracture

C Fiber

epoxy

3 mm

Page 17: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

In-situ TEM

• Krachtmetingen

• Bepaling elasiticiteitsmodulus

• Stalen opwarmen / koelen / deformeren

Surface

Fiber

7 µm

Page 18: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

• 6 TEM, 3 SEM, 1 FIB, 1 XRD, …

• Verscheidene onderzoeksmodi (visualisatie, diffractie, spectroscopie,…)

• Verscheidene staalhouders (2D, 3D, …)

• Verscheidene in-situ opties(opwarmen, koelen, deformatie, …)

• …

Page 19: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

A hub for composite innovations• Sirris Leuven-Gent Composites Application Lab

• Open initiative by KU Leuven, UGent and Sirris

• Engineering, prototyping and testing lab

• Create composite innovations for• Material producers

• Composite part convertors

• Designers of composite parts, OEMs

Page 20: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

A hub for composite innovations

Conceptual design

material, process,

tooling, design

Product design

Process development

Validation

prototyping, testing,

production planning

IndustrializationFeasibility study

Page 21: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Prototypes and demonstrators

Page 22: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Basaltex

• Contact person: Wouter Verbouwe

• Distribution of basalt fibers and development of semi-finished products for composite industry for over 15 years.

• Basalt fibers are extruded from basalt stones with high mechanical properties combined with high heat, fire and chemical resistance.

• Basalt roving is a natural product: 100% mineral, ecological and recyclable.

• www.basaltex.com JEC – Paris: Hall 5A – C64

Page 23: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Picanol

• Contact person: Joost Deseyne

• http://www.picanol.be/

• Product: weaving machines

• Markets: textile industry

• Interested in using high grade composites for dynamically heavy loaded applications in weaving machines

Page 24: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Jurgen FontaineJoachim Vanwalleghemwww.Carbonrepair.be

Page 25: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Opleidingen & ondersteuning

reparaties hoogwaardige composietmaterialen

• Opleidingen• Aviation• Automotive• Cycling

• Kwaliteitslabel• Onderzoek & Ontwikkeling• Opleidingen op maat

Page 26: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

L & D Waterjet

• Contact person: Inge Lefevre

• http://www.lendwaterjet.be

• Specialized in machining all kind of parts in Composite, plastics and metallic; specific state of the art Technology for machining carbon fiber reinforced composites with 5-axis waterjet cutting and 5-axis milling /drilling technology

• Markets: Aviation, Medical, Petrochemical, Machinebuilding, Architectural, building, design…..

Page 27: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Moss Composites

• Contact person: Stefan Van Raemdonck

• http://www.mosscomposites.be/

• Structural composites (design and production) with carbon fiberreinforced thermoset and thermoplastic composites

• Markets: aerospace, aviation, UAV industry (drones), transport, automotive, machine engineering

• Services: repair of carbon reinforced composite parts

Page 28: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Bridon - Bekaert

• Contact person: Christof Dewijngaert

• https://www.bridon-bekaert.com

• Steelcords and fabrics of fine steel cord • High strength: up to 4GPA• High flexibility: down to micrometer

• High impact absorption • Maintain integrity after impact• Cut resistance• Electromagnetic behavior

Page 29: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 30: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Siemens Industry Software M3 program coordinator• Contact person: Laszlo Farkas

• http://www.sim-flanders.be/research-program/m3

Page 31: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 32: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)
Page 33: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Composite Materials Research @UGent-MMS

Prof. dr. ir. Wim Van Paepegem

• DEPARTMENT MATERIALS SCIENCE AND ENGINEERING

RESEARCH GROUP MECHANICS OF MATERIALS AND STRUCTURES

http://www.composites.ugent.be/

Page 34: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Mechanical testing• Static testing

• Impact testing

• drop weight impact

• Compression After Impact (CAI)

• high strain-rate testing

• crushing and energy absorption

• dynamic delamination testing

• Fatigue testing

• tension/compression, bending, shear

• multiaxial fatigue (tension/torsion)

• fatigue of delaminations and joints

• Vibration/NVH testing

• damping measurements

• Fracture Mechanics testing

• fracture properties of bulk polymer

• mode I testing (DCB)

• mode II testing (ENF, ELS)

• mixed mode testing (MMB, SLS)

• fracture properties of adhesives/coatings

• Structural testing

• bird strike testing

• impact testing of large composite components

• testing of racing bicycle frames

• outdoor testing (wave impact, blast testing, sailing yachts,…)

Page 35: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

CHARACTERIZATION AND MONITORING• Digital Image Correlation

• full-field strain measurement

• high-resolution DIC (~mm samples)

• high-speed DIC (500 000 fps)

• Optical fibre sensors

• surface mounted and embedded in composites

• down to 60 mm diameter

• Optical grating methods

• Online video-microscopy

• monitoring of crack growth

• evolution of fatigue damage

• Micro-tomography (micro-CT)

• Optical microscopy

• Scanning Electron Microscopy (SEM)

• Ultrasound scanning

• measurement of elastic stiffness tensor

• measurement of delaminations

• thickness measurement of coatings

• detection of defects

• Laser scanning vibrometery for defects

• Active thermography for defect detection

• Capacitive sensors for cure monitoring

• Mechanoluminescent powder

Page 36: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Loading direction

• Dry yarn and fabric mechanics

• Micro-scale modelling

• unit cell with periodic boundary conditions

• coupled visco-plasticity-damage-failure

• fibre/matrix interface debonding

• thermomechanical fatigue of short fibre composites

• Meso-scale modelling

• unit cell of texile composites

• static damage development

• fatigue initiation and propagation

• Fracture mechanics

• stress intensity factors

• (dynamic) delamination modelling

• Macro-scale (ply-based modelling)

• (analytical) prediction of interlaminar stresses

• fatigue initiation and propagation

• low-velocity impact and Compression After Impact (CAI)

• strain-rate dependent stiffness, strength and toughness

• dynamic crushing

• Structural scale modelling

• bird strike modelling

• wind turbine blade modelling

• topology and shape optimization

• miscellaneous (tent structures, bicycle frames,…)

Numerical modelling

Page 37: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Besides composite materials…• Thermoset and thermoplastic polymers

• Dynamic fracture models for brittle and ductile polymers, including rate-

dependence and crack branching

• Combined visco-plastic/damage/fracture material models for polymeric

materials

• Vitrimers for re-shapeable and recyclable composites

• Laminated glass

• Directional brittle smeared cracking models for glass

• Strain-rate dependent hyperelastic models for soft polymer interlayers in

laminated glass

• 3D printed materials

• Static and fatigue properties of 3D printed polymers (PA12) and metals

(titanium, stainless steel)

• Topology optimization of 3D printed structures

• Foams

• Simulation of impact and energy absorption behaviour of EPS foams for

bicycle helmets

• Use of foams and other novel materials in string music instruments

Page 38: Welkom! - SIM-Flanders · • Active thermography for defect detection ... • Static and fatigue properties of 3D printed polymers (PA12) and metals (titanium, stainless steel)

Wim VAN PAEPEGEMProfessor mechanics of composites

DEPARTMENT OF MATERIALS

SCIENCE AND ENGINEERING

E [email protected]

T +32 9 331 04 32

F +32 9 264 58 33

www.composites.ugent.be

• Ghent University

@ugent

Ghent University