the first international conference on research advances in...

The first International Conference on Research Advances in Additive Manufacturing (RAAM

2019) was held on March 3-5, 2019, at the Nanjing International Conference Hotel in China. The

Scientific Committee Chair is Prof. David Bourell from the University of Texas at Austin, who is

also the chair of Solid Freeform Fabrication Symposium. The Organizing Committee Chair is Prof.

Liao Wenhe, who is the Vice President of Nanjing University of Science and Technology. More

than 180 experts and scholars from China, the United States, Belgium, the United Kingdom,

Germany, Switzerland, Japan, Singapore, Australia, South Africa and other countries attended the

conference. Sixteen well-known experts delivered high-level keynote speeches:

The conference set up six topics on materials, equipment and processes, simulation, complex

structure and design, hybrid additive manufacturing, and additive manufacturing applications. 62

reports were delivered covering the scientific theory of additive manufacturing, technological

innovation, innovative applications and the future development. 14 experts were invited to serve as

the chair of the parallel sessions. 2 best papers and 6 best oral presentations were selected.

Best papers:

Jie Yin, Huazhong University of Science and Technology, China

Title: High-power laser-matter interaction in selective laser melting

Pan Wang, SIM Tech, Singapore

Title: Experimental analysis of additively manufactured lightweight designed car suspension double

wishbone by electron beam melting

Best oral presentations：

Session 1: Dawei Wang, Southern University of Science and Technology, China

Title: Selective laser melting under the Ar−N2 reactive atmosphere: a convenient and efficient

approach to fabricate ultrahigh strength commercially pure titanium without sacrificing ductility

Session 2: Fei Zhang, Department of Materials Engineering, KU Leuven, Belgium

Title: Zirconia as a dental ceramic: current status and future trends

Session 3: Jian Wang，Northwestern Polytechnical University, China

Title: Effects of different deposition strategies on grain morphology by wire and arc additive

manufactured Ti-6Al-4V components

Session 4: Francesco Sillani, Inspire AG, Switzerland

Title: Quality assurance for powder bed fusion: flowability characterization and influence of

feedstock storage conditions

Session 5: Xiao Jia, Southern University of Science and Technology, China

Title: Broadband acoustic metamaterial designs with impedance matching structure fabricated by

additive manufacturing

Session 6: Ji Li, Southeast University, China

Title: Rapid Production of Customized 3D Electronics via Hybrid Additive Manufacturing

Technology

Banquet, concluding remarks & award ceremony

On March 5th, the closing ceremony was held at the Caritas Hall of the International

Convention Hotel. Prof. Jean-Pierre Kruth, Prof. Ian Gibson, Prof. Eric MacDonald presented

certificates and monetary awards for the best paper and best oral report winners. The best paper was

recommended to the top journal Additive Manufacturing. The guests watched the cultural programs

showing Chinese traditional culture, including: Erhu performance "New Horse Racing", flute solo

"Spring to Xiangjiang", Guzhen solo "Snow Mountain Chunxiao".

March 3-5, 2019, Nanjing, China

— 2 — — 3 —

Organizing Committee

Chair:

Wenhe Liao

Nanjing University of Science and Technology, China

Members:

Juntang Yuan

Dongdong Gu

Nanjing University of Aeronautics and Astronautics, China

Jiquan Yang

Nanjing Normal University, China

Tingting Liu

Huiliang Wei

Tim Sercombe

University of Western Australia, Australia

Yusheng Shi

Huazhong University of Science and Technology, China

Brent Stucker

ANSYS, Inc., USA

Guoqing Wang

China Academy of Launch Vehicle Technology, China

Xiangming Wang

Aviation Industry Corporation of China, Ltd., China

Jun Wei

Singapore Institute of Manufacturing Technology, SIMTECH, Singapore

Terry Wohlers

Wohlers Associates, Inc., USA

Li Yang,

University of Louisville, USA

Sunday, March 3rd, 2019

Time Program Location

08:00-20:00 Registration Lobby, Zijin Building

Monday, March 4th, 2019

08:00 - 08:20Conference Opening and

Welcome Remark Caritas Hall, Lijing Building

08:20 -12:05 Invited Keynote Presentations

12:05 - 14:00 Lunch Rose Cafe, Zijin Building

14:00 - 17:20 Parallel Sessions 1-3 Zijin Building

18:00 - 19:30 Dinner Rose Cafe, Zijin Building

Tuesday, March 5th, 2019

08:00 -12:05 Invited Keynote Presentations Caritas Hall, Lijing Building

12:05 - 13:30 Lunch Rose Cafe, Zijin Building

13:30 - 16:05 Parallel Sessions 4-6 Zijin Building

16:05 - 18:00 Lab VisitNanjing University of

Science and Technology

18:00 - 20:00

Banquet & Awarding Ceremony

2 best papers and 6 best

presentations

Caritas Hall, Lijing Building

Conference Agenda

March 4th, Monday Morning, Caritas Hall, Lijing Building

08:00 - 08:20 Conference Opening and Welcome Remark

Plenary Session 1: Invited Keynote Presentations

08:20 - 10:20 Chair: Jean-Pierre Kruth

No. Time Speaker Title Institute

108:20-

Bourell

Current Trends in Additive

Manufacturing

The University of

Texas at Austin,

208:50-

Pierre

Combining Additive and Subtractive Laser

Manufacturing: Selective Laser Melting,

Erosion and Remelting

KU Leuven,

Belgium

309:20-

Guoqing

Additive Manufacturing Activities at

China Academy of Launch Vehicle

Technology (CALVT)

China Academy of

Launch Vehicle

Technology, China

409:50-

Chee Kai

Building a World Class 3D Printing

Research Centre: The Singapore Story

Nanyang

Technological

University, Singapore

10:20 - 10:50 Group Photo & Coffee Break

10:50 - 12:05 Chair : Lin Li

510:50-

Intelligent Technology Promotes

Industrialized Application of AM

Nanjing University of

Science and

Technology, China

611:15-

11:40Lin Li

Multiple Material 3D Printing by Modified

SLM and Potential Applications

The University of

Manchester, UK

711:40-

12:05Liming Lei

Applications and Challenges of Metal

Laser Additive Manufacturing in Aircraft

Engines

AECC Commercial

Aircraft Engine Co.

Ltd, China

March 5th, Tuesday Morning, Caritas Hall, Lijing Building

08:00 - 10:10 Chair: Eric MacDonald

108:00-

Huaming

Additive manufacturing of high-

performance large critical metallic

components and its impacts on material-

processing and equipment -

manufacturing industries

Beihang University,

208:30-

08:55Ian Gibson

Post-processing of Metal AM

Components: The Challenge for

Designers

Univ of Twente,

The Netherlands

308:55-

Sercombe

Anti-bacterial Titanium Produced using

Selective Laser Melting

University of

Western Australia,

Australia

409:20-

Yusheng

Concept, Application Prospects,

Development Status and Research

Thinking of 4D Printing

Huazhong

University of Sci &

Tech, China

509:45-

Toshiki

Plastic Laser Sintering and Melting -

Process and Application

University of Tokyo,

10:10 - 10:25 Coffee Break

10:25 - 12:05 Chair: David Bourell

610:25-

MacDonald

3D Printing of Multi-Functional Structures

Youngstown State

University, USA

710:50-

11:15Ming Leu

Additive Manufacturing of Ceramics: Technologies, Applications and

Opportunities

Missouri University

of Science and

Technology, USA

811:15-

11:40Jun Wei

Opportunities and Applications of Additive

ManufacturingSIMTech, Singapore

911:40-

12:05Li Yang

Design for Additive Manufacturing

Lightweight Structure: About Geometry

and Manufacturability

University of

Louisville, USA

— 4 — — 5 —

March 4th, Monday Morning, Caritas Hall, Lijing Building

08:00 - 08:20 Conference Opening and Welcome Remark

08:20 - 10:20 Chair: Jean-Pierre Kruth

108:20-

Bourell

Current Trends in Additive

Manufacturing

The University of

Texas at Austin,

208:50-

Pierre

Combining Additive and Subtractive Laser

Manufacturing: Selective Laser Melting,

Erosion and Remelting

KU Leuven,

Belgium

309:20-

Guoqing

Additive Manufacturing Activities at

China Academy of Launch Vehicle

Technology (CALVT)

China Academy of

Launch Vehicle

Technology, China

409:50-

Chee Kai

Building a World Class 3D Printing

Research Centre: The Singapore Story

Nanyang

Technological

10:20 - 10:50 Group Photo & Coffee Break

10:50 - 12:05 Chair : Lin Li

510:50-

Intelligent Technology Promotes

Industrialized Application of AM

Science and

Technology, China

611:15-

11:40Lin Li

Multiple Material 3D Printing by Modified

SLM and Potential Applications

The University of

Manchester, UK

711:40-

12:05Liming Lei

Applications and Challenges of Metal

Laser Additive Manufacturing in Aircraft

Engines

AECC Commercial

Aircraft Engine Co.

Ltd, China

March 5th, Tuesday Morning, Caritas Hall, Lijing Building

08:00 - 10:10 Chair: Eric MacDonald

108:00-

Huaming

Additive manufacturing of high-

performance large critical metallic

components and its impacts on material-

processing and equipment -

manufacturing industries

Beihang University,

208:30-

08:55Ian Gibson

Post-processing of Metal AM

Components: The Challenge for

Designers

Univ of Twente,

The Netherlands

308:55-

Sercombe

Anti-bacterial Titanium Produced using

Selective Laser Melting

University of

Western Australia,

Australia

409:20-

Yusheng

Concept, Application Prospects,

Development Status and Research

Thinking of 4D Printing

Huazhong

University of Sci &

Tech, China

509:45-

Toshiki

Plastic Laser Sintering and Melting -

Process and Application

University of Tokyo,

10:10 - 10:25 Coffee Break

10:25 - 12:05 Chair: David Bourell

610:25-

MacDonald

3D Printing of Multi-Functional Structures

Youngstown State

University, USA

710:50-

11:15Ming Leu

Additive Manufacturing of Ceramics: Technologies, Applications and

Opportunities

Missouri University

of Science and

Technology, USA

811:15-

11:40Jun Wei

Opportunities and Applications of Additive

ManufacturingSIMTech, Singapore

911:40-

12:05Li Yang

Design for Additive Manufacturing

Lightweight Structure: About Geometry

and Manufacturability

University of

Louisville, USA

— 4 — — 5 —

March 4th, Monday Afternoon, Tulip Room, Zijin Building

Parallel Session 1: Metallic Materials of Additive Manufacturing

14:00-15:30 Session Chair: Lijuan Zhang, Fencheng Liu

114:00-

Vanmeensel

Microstructure control by laser beam modification during Selective Laser Melting

KU Leuven,

Belgium

214:15-

14:30Jie Yin

High-power laser-matter interaction in selective laser melting

Huazhong University

of Sci & Tech, China

314:30-

14:45Jiangwei Liu

Control of strength and ductility of 316L

stainless steel during laser additive

manufacturing

Shandong

University,

414:45-

15:00Lechun Xie

Microstructure characterization on 3D-

printed Ti-55531 alloy manufactured by

Laser Engineered Net Shaping (LENS)

Wuhan University

of Technology,

515:00-

15:15Dawei Wang

Selective laser melting under the Ar−N2

reactive atmosphere: a convenient and

efficient approach to fabricate ultrahigh

strength commercially pure titanium

without sacrificing ductility

Southern University

of Science and

Technology,

615:15-

15:30Yanan Wang

Comparison of microstructure and mechanical properties of 316L stainless

steel formed by SLM

Harbin Institute of

Technology, China

15:30-15:50 Coffee Break

15:50-17:20 Session Chair: Kim Vanmeensel, Jie Yin

715:50-

16:05Lijuan Zhang

The fundamental study of wire-arc additive manufacturing of 2219-Al based on cold

metal transfer

Xi’an Jiaotong

University, China

816:05-

Fencheng

Effect of delta aging on Laves phase

elimination in Inconel 718 superalloy

fabricated by laser solid forming

Nanchang

Hangkong

University, China

916:20-

Quanquan

Additive manufacturing of nickel-based

superalloys: the effect of the chemical

composition on hot crackings

Cardiff University,

1016:35-

16:50Aitang Xue

The influence of the addition of B to the

microstructure and mechanical properties

of TC4 produced by Laser Solid Forming

Northwestern

Polytechnical

University, China

1116:50-

17:05Yong Liu

Microstructure evolution and mechanical properties of Ti-6Al-4V alloy by laser metal

wire deposition assisted with ultrasonic micro-forging treatment

Nanchang

University, China

1217:05-

Yinghao

Selective laser melting enabled additive

manufacturing of Ti–22Al–25Nb

intermetallic: Excellent combination of

strength and ductility, and unique

microstructural features associated

Southern University

of Science and

Technology,

March 4th, Monday Afternoon, Lilac Room, Zijin Building

Parallel Session 2: Composite and Ceramic Materials

14:00 – 15:30 Chair: Raya Mertens

114:00-

Xiaopeng

Novel composite materials for additive

manufacturing

The University of

New South Wales,

Australia

214:15-

14:30Kaiyi Jiang

Research on 3D printing rose wood-based

bio-composites and application in

packaging engineering

Northeast

Forestry

University,

314:30-

Gaoyan

A novel approach for production of

bioactive PEEK/HA biocomposites with

controlled 3D interconnected HA network

Nanjing Agricultural

University, China

414:45-

Dieter

Strobbe

Influence of flow additives on Selective

Laser Sintering of TPU

KU Leuven,

Belgium

515:00-

15:15Liyi Jiang

Microstructures and properties of CNTs-

AlSi10Mg composite fabricated via

selective laser melting

Nanjing University

of Science and

Technology, China

615:15-

15:30Yi Chen

Study on the honeycomb structures of 3D

printed continuous carbon fiber reinforced

PLA composites

Beijing Spacecrafts,

15:50-17:20 Session Chair: Xiaopeng Li

715:50-

Mertens

Selective laser melting of Al-ZnO powder mixtures for in-situ MMC formation

KU Leuven, Belgium

816:05-

16:20Kai Zhang

Forming mechanism of the surface microstructure and cracks of oxide

ceramics fabricated by selective laser melting

Nanjing University of Science and

Technology, China

916:20-

16:35Fei Zhang

Zirconia as a dental ceramic: current status and future trends

KU Leuven, Belgium

1016:35-

16:50Jiacong Li

A novel graded structural Al-Fe-Cr quasicrystal reinforced Al matrix composite

prepared by laser solid forming: microstructure, tensile and wear behavior

Northwestern Polytechnical

University, China

1116:50-

17:05Xue Liu

The preparation of metallic glasses/crystalline composite coatings by laser cladding with enhanced wear and

corrosion resistance

China Academy of Engineering Physics, China

1217:05-

Qingzheng

Microstructure and wear behavior of nano-TiB2p/2024Al composites fabricated by

laser solid forming

University, China

— 6 — — 7 —

March 4th, Monday Afternoon, Tulip Room, Zijin Building

Parallel Session 1: Metallic Materials of Additive Manufacturing

14:00-15:30 Session Chair: Lijuan Zhang, Fencheng Liu

114:00-

Vanmeensel

Microstructure control by laser beam modification during Selective Laser Melting

KU Leuven,

Belgium

214:15-

14:30Jie Yin

High-power laser-matter interaction in selective laser melting

Huazhong University

of Sci & Tech, China

314:30-

14:45Jiangwei Liu

Control of strength and ductility of 316L

stainless steel during laser additive

manufacturing

Shandong

University,

414:45-

15:00Lechun Xie

Microstructure characterization on 3D-

printed Ti-55531 alloy manufactured by

Laser Engineered Net Shaping (LENS)

Wuhan University

of Technology,

515:00-

15:15Dawei Wang

Selective laser melting under the Ar−N2

reactive atmosphere: a convenient and

efficient approach to fabricate ultrahigh

strength commercially pure titanium

without sacrificing ductility

Southern University

of Science and

Technology,

615:15-

15:30Yanan Wang

Comparison of microstructure and mechanical properties of 316L stainless

steel formed by SLM

Harbin Institute of

Technology, China

15:50-17:20 Session Chair: Kim Vanmeensel, Jie Yin

715:50-

16:05Lijuan Zhang

The fundamental study of wire-arc additive manufacturing of 2219-Al based on cold

metal transfer

Xi’an Jiaotong

University, China

816:05-

Fencheng

Effect of delta aging on Laves phase

elimination in Inconel 718 superalloy

fabricated by laser solid forming

Nanchang

Hangkong

University, China

916:20-

Quanquan

Additive manufacturing of nickel-based

superalloys: the effect of the chemical

composition on hot crackings

Cardiff University,

1016:35-

16:50Aitang Xue

The influence of the addition of B to the

microstructure and mechanical properties

of TC4 produced by Laser Solid Forming

Northwestern

Polytechnical

University, China

1116:50-

17:05Yong Liu

Microstructure evolution and mechanical properties of Ti-6Al-4V alloy by laser metal

wire deposition assisted with ultrasonic micro-forging treatment

Nanchang

University, China

1217:05-

Yinghao

Selective laser melting enabled additive

manufacturing of Ti–22Al–25Nb

intermetallic: Excellent combination of

strength and ductility, and unique

microstructural features associated

Southern University

of Science and

Technology,

March 4th, Monday Afternoon, Lilac Room, Zijin Building

Parallel Session 2: Composite and Ceramic Materials

14:00 – 15:30 Chair: Raya Mertens

114:00-

Xiaopeng

Novel composite materials for additive

manufacturing

The University of

New South Wales,

Australia

214:15-

14:30Kaiyi Jiang

Research on 3D printing rose wood-based

bio-composites and application in

packaging engineering

Northeast

Forestry

University,

314:30-

Gaoyan

A novel approach for production of

bioactive PEEK/HA biocomposites with

controlled 3D interconnected HA network

University, China

414:45-

Dieter

Strobbe

Influence of flow additives on Selective

Laser Sintering of TPU

KU Leuven,

Belgium

515:00-

15:15Liyi Jiang

Microstructures and properties of CNTs-

AlSi10Mg composite fabricated via

Nanjing University

of Science and

Technology, China

615:15-

15:30Yi Chen

Study on the honeycomb structures of 3D

printed continuous carbon fiber reinforced

PLA composites

15:50-17:20 Session Chair: Xiaopeng Li

715:50-

Mertens

Selective laser melting of Al-ZnO powder mixtures for in-situ MMC formation

KU Leuven, Belgium

816:05-

16:20Kai Zhang

Forming mechanism of the surface microstructure and cracks of oxide

ceramics fabricated by selective laser melting

Technology, China

916:20-

16:35Fei Zhang

Zirconia as a dental ceramic: current status and future trends

KU Leuven, Belgium

1016:35-

16:50Jiacong Li

A novel graded structural Al-Fe-Cr quasicrystal reinforced Al matrix composite

prepared by laser solid forming: microstructure, tensile and wear behavior

University, China

1116:50-

17:05Xue Liu

The preparation of metallic glasses/crystalline composite coatings by laser cladding with enhanced wear and

corrosion resistance

China Academy of Engineering Physics, China

1217:05-

Qingzheng

Microstructure and wear behavior of nano-TiB2p/2024Al composites fabricated by

laser solid forming

University, China

— 6 — — 7 —

March 4th, Monday Afternoon, Scarlet Kafirlily Room, Zijin Building

Parallel Session 3: Modeling and Characterization

14:00-15:15 Session Chair: Huiliang Wei

114:00-

Shengyong

Mesoscopic understanding of metal transfer dynamics in electron beam

freeform fabrication

HuazhongUniversity of Sci &

Tech, China

214:15-

Jan Frederik

Simulation in metal AM: From melt pool to final part properties

Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany

314:30-

Xiangman

The arc simulation for welding torch tilt and external transverse magnetic field assisted overlapping deposition in arc welding based additive manufacturing

China Three Gorges University,

414:45-

Elfazani

The application of 2D digital image correlation (DIC) system on strain

measurements and fatigue crack growth analysis for polymer Additive

Manufacturing (AM) parts

Carleton University, Canada

515:00-

15:15Jian Wang

Effects of different deposition strategies on grain morphology by wire and arc additive

University, China

15:35-17:05 Session Chair: Shengyong Pang

615:35-

Huiliang

Modeling of three-dimensional grain growth during laser additive manufacturing

Nanjing University of Sci & Tech,

715:50-

Yadroitsava

Influence of optical system operation on stability of single tracks in selective laser

melting

Central University ofTechnology, South

Africa

816:05-

16:20Tao Yang

Mechanisms on the formation of porosity in AlSi10Mg fabricated by SLM

Technology, China

916:20-

16:35Pan Wang

Experimental analysis of additively manufactured lightweight designed car

suspension double wishbone by electron beam melting

SIMTech, Singapore

1016:35-

16:50Chuan Guo

Simulation and experiment investigation on the effect of parameters on crack of as-built IN738LC during SLM process

Southern University of Sci & Tech,

1116:50-

17:05Qingge Xie

Microstructure characterization and simulation for the additive manufactured

Inconel 625

University of Sci & Tech Beijing,

March 5th, Tuesday Afternoon, Tulip Room, Zijin Building

Parallel Session 4: Advanced Materials and Processing

13:30-14:45 Session Chair: Igor Yadroitsev

113:30-

13:45Yulei Du

CuZrAl amorphous alloy powder for

Sci & Tech, China

213:45-

14:00Pan Wang

Gas atomized CoCrFeNiMn high-

entropy alloy powder for powder bed

fusion additively manufacturing

SIMTech, Singapore

314:00-

Haiyang

Selective laser melting of bimetallic

316L steel/Hastelloy XKU Leuven, Belgium

414:15-

Francesco

Sillani

Quality assurance for powder bed

fusion: flowability characterization and

influence of feedstock storage

conditions

Inspire AG,

Switzerland

514:30-

14:45Peng Chen

In-situ alloying of FeNiCrCoMn high

entropy alloy using selective laser

melting

Southern

University of Sci &

Tech, China

15:05-16:05 Session Chair: Yulei Du

615:05-

Yadroitsev

Analysis of acoustic emission signal

for on-line monitoring during laser

powder bed fusion

Central University of

Technology, South

Africa

715:20-

Fenggang

Effect of austenitizing temperature on

microstructure and mechanical

properties of laser additive

manufactured 300M steel

Xi'an University,

815:35-

15:50Xinliang Mei

Interfacial characterization and

mechanical properties of 316L

stainless steel/Inconel 718

manufactured by selective laser

melting

University, China

915:50-

16:05Chao Lu

Effect of heat treatment on

microstructure evolution and

mechanical properties of Inconel alloy

fabricated by SLM

Central Iron & Steel

Research Institute,

— 8 — — 9 —

March 4th, Monday Afternoon, Scarlet Kafirlily Room, Zijin Building

Parallel Session 3: Modeling and Characterization

14:00-15:15 Session Chair: Huiliang Wei

114:00-

Shengyong

Mesoscopic understanding of metal transfer dynamics in electron beam

freeform fabrication

HuazhongUniversity of Sci &

Tech, China

214:15-

Jan Frederik

Simulation in metal AM: From melt pool to final part properties

Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany

314:30-

Xiangman

The arc simulation for welding torch tilt and external transverse magnetic field assisted overlapping deposition in arc welding based additive manufacturing

China Three Gorges University,

414:45-

Elfazani

The application of 2D digital image correlation (DIC) system on strain

measurements and fatigue crack growth analysis for polymer Additive

Manufacturing (AM) parts

Carleton University, Canada

515:00-

15:15Jian Wang

Effects of different deposition strategies on grain morphology by wire and arc additive

University, China

15:35-17:05 Session Chair: Shengyong Pang

615:35-

Huiliang

Modeling of three-dimensional grain growth during laser additive manufacturing

Nanjing University of Sci & Tech,

715:50-

Yadroitsava

Influence of optical system operation on stability of single tracks in selective laser

melting

Central University ofTechnology, South

Africa

816:05-

16:20Tao Yang

Mechanisms on the formation of porosity in AlSi10Mg fabricated by SLM

Technology, China

916:20-

16:35Pan Wang

Experimental analysis of additively manufactured lightweight designed car

suspension double wishbone by electron beam melting

SIMTech, Singapore

1016:35-

16:50Chuan Guo

Simulation and experiment investigation on the effect of parameters on crack of as-built IN738LC during SLM process

Southern University of Sci & Tech,

1116:50-

17:05Qingge Xie

Microstructure characterization and simulation for the additive manufactured

Inconel 625

University of Sci & Tech Beijing,

March 5th, Tuesday Afternoon, Tulip Room, Zijin Building

Parallel Session 4: Advanced Materials and Processing

13:30-14:45 Session Chair: Igor Yadroitsev

113:30-

13:45Yulei Du

CuZrAl amorphous alloy powder for

Sci & Tech, China

213:45-

14:00Pan Wang

Gas atomized CoCrFeNiMn high-

entropy alloy powder for powder bed

fusion additively manufacturing

SIMTech, Singapore

314:00-

Haiyang

Selective laser melting of bimetallic

316L steel/Hastelloy XKU Leuven, Belgium

414:15-

Francesco

Sillani

Quality assurance for powder bed

fusion: flowability characterization and

influence of feedstock storage

conditions

Inspire AG,

Switzerland

514:30-

14:45Peng Chen

In-situ alloying of FeNiCrCoMn high

entropy alloy using selective laser

melting

Southern

University of Sci &

Tech, China

15:05-16:05 Session Chair: Yulei Du

615:05-

Yadroitsev

Analysis of acoustic emission signal

for on-line monitoring during laser

powder bed fusion

Central University of

Technology, South

Africa

715:20-

Fenggang

Effect of austenitizing temperature on

microstructure and mechanical

properties of laser additive

manufactured 300M steel

Xi'an University,

815:35-

15:50Xinliang Mei

Interfacial characterization and

mechanical properties of 316L

stainless steel/Inconel 718

manufactured by selective laser

melting

University, China

915:50-

16:05Chao Lu

Effect of heat treatment on

microstructure evolution and

mechanical properties of Inconel alloy

fabricated by SLM

Central Iron & Steel

Research Institute,

— 8 — — 9 —

March 5th, Tuesday Afternoon, Lilac Room, Zijin Building

Parallel Session 5: Complex Structures and Novel Design

13:30-14:45 Session Chair: Dongdong Gu

113:30-

13:45Peifeng Li

Additive manufactured metal micro-

lattice structures for impact

performance

University of

Glasgow, UK

213:45-

14:00Xiao Jia

Broadband acoustic metamaterial

designs with impedance matching

structure fabricated by additive

manufacturing

Southern University of

Science and

Technology, China

314:00-

14:15Xin Shi

Mechanical performance and

optimization of lattice structure using

Science and

Technology, China

414:15-

14:30Yi Zhu

Gradient design and processing of a

hydraulic valve body using selective

laser melting

Zhejiang University,

514:30-

14:45Cong Wang

Novel design for additive

manufacturing using topology

optimization based on Freefem++

Science and

Technology, China

15:05-16:05 Session Chair: Peifeng Li

615:05-

Dongdong

Functional laser additive manufacturing

of bio-inspired structures

Aeronautics and

Astronautics, China

715:20-

Mahyar

Khorasani

Wet abrasive barrel finishing of stainless

steel 316L produced by LPBF

Deakin University,

Australia

815:35-

15:50Zhe Wang

The effect of joint connection mode on

the lattice sandwich structure

performance

915:50-

16:05Feng Xu

3D-printed porous electrodes by low

temperature direct writing

Shenzhen University,

March 5th, Tuesday Afternoon, Scarlet Kafirlily Room, Zijin Building

Parallel Session 6: Hybrid Additive Manufacturing

13:30-14:45 Session Chair: Shoufeng Yang

113:30-

Yinfeng

Production of multi-functional devices

by reactive material jetting

University of

Nottingham,

213:45-

14:00Ji Li

Rapid production of customized 3D

electronics via hybrid additive

manufacturing technology

Southeast University,

314:00-

Florens

Wasserfall

Optical in-situ verification of 3D-

printed electronic circuits

University of Hamburg,

Germany

414:15-

14:30Qian Bai

Machining characteristics of

additive/subtractive hybrid

manufactured metallic parts

Dalian University of

Technology, China

514:30-

14:45Yong Liu

Effect of ultrasonic micro-forging

treatment on microstructure and

mechanical properties of GH3039

alloy with laser metal wire deposition

Nanchang University,

15:05-16:05 Session Chair: Florens Wasserfall

615:05-

Shoufeng

A powder bed based multi-materials

additive manufacturing system

enabled by dry powder micro

dispensing devices

KU Leuven, Belgium

715:20-

Siew Li

VoonFood inks for 3D printing: a review

Nanyang

Technological

815:35-

Zuoxin

Rapid determination of printability for

inkjet formulations

University of Nottingham,

915:50-

Qifeng

Translating 3D inkjet printing to an

industrial manufacturing approach for

medicines

Added Scientific Ltd,

— 10 — — 11 —

March 5th, Tuesday Afternoon, Lilac Room, Zijin Building

Parallel Session 5: Complex Structures and Novel Design

13:30-14:45 Session Chair: Dongdong Gu

113:30-

13:45Peifeng Li

Additive manufactured metal micro-

lattice structures for impact

performance

University of

Glasgow, UK

213:45-

14:00Xiao Jia

Broadband acoustic metamaterial

designs with impedance matching

structure fabricated by additive

manufacturing

Southern University of

Science and

Technology, China

314:00-

14:15Xin Shi

Mechanical performance and

optimization of lattice structure using

Science and

Technology, China

414:15-

14:30Yi Zhu

Gradient design and processing of a

hydraulic valve body using selective

laser melting

Zhejiang University,

514:30-

14:45Cong Wang

Novel design for additive

manufacturing using topology

optimization based on Freefem++

Science and

Technology, China

15:05-16:05 Session Chair: Peifeng Li

615:05-

Dongdong

Functional laser additive manufacturing

of bio-inspired structures

Aeronautics and

Astronautics, China

715:20-

Mahyar

Khorasani

Wet abrasive barrel finishing of stainless

steel 316L produced by LPBF

Deakin University,

Australia

815:35-

15:50Zhe Wang

The effect of joint connection mode on

the lattice sandwich structure

performance

915:50-

16:05Feng Xu

3D-printed porous electrodes by low

temperature direct writing

Shenzhen University,

March 5th, Tuesday Afternoon, Scarlet Kafirlily Room, Zijin Building

Parallel Session 6: Hybrid Additive Manufacturing

13:30-14:45 Session Chair: Shoufeng Yang

113:30-

Yinfeng

Production of multi-functional devices

by reactive material jetting

University of

Nottingham,

213:45-

14:00Ji Li

Rapid production of customized 3D

electronics via hybrid additive

manufacturing technology

Southeast University,

314:00-

Florens

Wasserfall

Optical in-situ verification of 3D-

printed electronic circuits

University of Hamburg,

Germany

414:15-

14:30Qian Bai

Machining characteristics of

additive/subtractive hybrid

manufactured metallic parts

Dalian University of

Technology, China

514:30-

14:45Yong Liu

Effect of ultrasonic micro-forging

treatment on microstructure and

mechanical properties of GH3039

alloy with laser metal wire deposition

Nanchang University,

15:05-16:05 Session Chair: Florens Wasserfall

615:05-

Shoufeng

A powder bed based multi-materials

additive manufacturing system

enabled by dry powder micro

dispensing devices

KU Leuven, Belgium

715:20-

Siew Li

VoonFood inks for 3D printing: a review

Nanyang

Technological

815:35-

Zuoxin

Rapid determination of printability for

inkjet formulations

University of Nottingham,

915:50-

Qifeng

Translating 3D inkjet printing to an

industrial manufacturing approach for

medicines

Added Scientific Ltd,

— 10 — — 11 —

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