Multi-Material 3D Food Printing Towards Simulation Driven Powder Depositor Design

Dolf J. Klomp; Martien A. Hulsen; Patrick D. Anderson

Multi-Material 3D Food Printing Towards Simulation Driven Powder Depositor Design

Dolf J. Klomp, Martien A. Hulsen, Patrick D. Anderson

Processing and Performance

Research output: Contribution to conference › Poster

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Abstract

3D food printing is a new and rapidly developing technology capable of creating entirely new food structures. One of the challenges in 3D food printing is the creation of a multi-material object from a powder bed. A key challenge is the deposition of a variety of powders in order to create a multi-material powder bed. Simulating powder flow of the deposition process is done with a 2D Discrete Element Method (DEM) model capable of simulating arbitrarily shaped powder particles.

Original language	English
Number of pages	1
Publication status	Published - 13 Nov 2019
Event	33rd EFFoST International Conference 2019: Sustainable Food Systems - Performing by Connecting - Rotterdam, Netherlands Duration: 12 Nov 2019 → 14 Nov 2019 Conference number: 33 https://www.effost.org/effost+international+conference/past+effost+conferences/33rd+effost+international+conference+2019/default.aspx

Conference

Conference	33rd EFFoST International Conference 2019
Abbreviated title	EFFoST
Country/Territory	Netherlands
City	Rotterdam
Period	12/11/19 → 14/11/19
Internet address	https://www.effost.org/effost+international+conference/past+effost+conferences/33rd+effost+international+conference+2019/default.aspx

Keywords

3D food printing
DEM

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title = "Multi-Material 3D Food Printing Towards Simulation Driven Powder Depositor Design",

abstract = "3D food printing is a new and rapidly developing technology capable of creating entirely new food structures. One of the challenges in 3D food printing is the creation of a multi-material object from a powder bed. A key challenge is the deposition of a variety of powders in order to create a multi-material powder bed. Simulating powder flow of the deposition process is done with a 2D Discrete Element Method (DEM) model capable of simulating arbitrarily shaped powder particles. ",

keywords = "3D food printing, DEM",

author = "Klomp, {Dolf J.} and Hulsen, {Martien A.} and Anderson, {Patrick D.}",

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note = "33rd EFFoST International Conference 2019 : Sustainable Food Systems - Performing by Connecting, EFFoST ; Conference date: 12-11-2019 Through 14-11-2019",

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T1 - Multi-Material 3D Food Printing Towards Simulation Driven Powder Depositor Design

AU - Klomp, Dolf J.

AU - Hulsen, Martien A.

AU - Anderson, Patrick D.

N1 - Conference code: 33

PY - 2019/11/13

Y1 - 2019/11/13

N2 - 3D food printing is a new and rapidly developing technology capable of creating entirely new food structures. One of the challenges in 3D food printing is the creation of a multi-material object from a powder bed. A key challenge is the deposition of a variety of powders in order to create a multi-material powder bed. Simulating powder flow of the deposition process is done with a 2D Discrete Element Method (DEM) model capable of simulating arbitrarily shaped powder particles.

AB - 3D food printing is a new and rapidly developing technology capable of creating entirely new food structures. One of the challenges in 3D food printing is the creation of a multi-material object from a powder bed. A key challenge is the deposition of a variety of powders in order to create a multi-material powder bed. Simulating powder flow of the deposition process is done with a 2D Discrete Element Method (DEM) model capable of simulating arbitrarily shaped powder particles.

KW - 3D food printing

KW - DEM

M3 - Poster

T2 - 33rd EFFoST International Conference 2019

Y2 - 12 November 2019 through 14 November 2019

ER -

Multi-Material 3D Food Printing Towards Simulation Driven Powder Depositor Design

Abstract

Conference

Keywords

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