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Project Cash Flow Analysis
Project Cash Flow Analysis
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Project Cash Flow Analysis

Arashpour, Mehrdad

figshare 2022

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2
Shear banding at 0.6 mm/s from In situ analysis of shear bands and boundary layer formation in metals. 12 August 2019 8 January 2020
Shear banding at 0.6 mm/s from In situ analysis of shear bands and boundary layer formation in metals. 12 August 2019 8 January 2020
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Shear banding at 0.6 mm/s from In situ analysis of shear bands and boundary layer formation in metals. 12 August 2019 8 January 2020

Shwetabh Yadav ; Dinakar Sagapuram

The Royal Society 2020

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3
Laminar flow at 0.01 mm/s from In situ analysis of shear bands and boundary layer formation in metals. 12 August 2019 8 January 2020
Laminar flow at 0.01 mm/s from In situ analysis of shear bands and boundary layer formation in metals. 12 August 2019 8 January 2020
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Laminar flow at 0.01 mm/s from In situ analysis of shear bands and boundary layer formation in metals. 12 August 2019 8 January 2020

Shwetabh Yadav ; Dinakar Sagapuram

The Royal Society 2020

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4
Exp (Amplified 10X)- unit cell-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
Exp (Amplified 10X)- unit cell-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
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Exp (Amplified 10X)- unit cell-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials

Weizhu Yang ; Zongzhan Gao ; Zhufeng Yue ; Xiaodong Li ; Baoxing Xu

The Royal Society 2019

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5
Exp-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
Exp-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
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Exp-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials

Weizhu Yang ; Zongzhan Gao ; Zhufeng Yue ; Xiaodong Li ; Baoxing Xu

The Royal Society 2019

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6
Exp (image processing technique via Roberts algorithm )-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
Exp (image processing technique via Roberts algorithm )-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
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Exp (image processing technique via Roberts algorithm )-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials

Weizhu Yang ; Zongzhan Gao ; Zhufeng Yue ; Xiaodong Li ; Baoxing Xu

The Royal Society 2019

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7
FEA (10X)- unit cell-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
FEA (10X)- unit cell-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
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FEA (10X)- unit cell-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials

Weizhu Yang ; Zongzhan Gao ; Zhufeng Yue ; Xiaodong Li ; Baoxing Xu

The Royal Society 2019

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8
FEA-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
FEA-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials
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FEA-2 mm in thickness from Hard-Particle rotation enables soft-hard integrated auxetic mechanical metamaterials

Weizhu Yang ; Zongzhan Gao ; Zhufeng Yue ; Xiaodong Li ; Baoxing Xu

The Royal Society 2019

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9
D3-Short.mp4 from Evolution of local motifs and topological proximity in self-assembled quasi-crystalline phases
D3-Short.mp4 from Evolution of local motifs and topological proximity in self-assembled quasi-crystalline phases
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D3-Short.mp4 from Evolution of local motifs and topological proximity in self-assembled quasi-crystalline phases

Pedersen, Martin Cramer ; Robins, Vanessa ; Mortensen, Kell ; Kirkensgaard, Jacob J. K.

The Royal Society 2020

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cP4-Short.mp4 from Evolution of local motifs and topological proximity in self-assembled quasi-crystalline phases
cP4-Short.mp4 from Evolution of local motifs and topological proximity in self-assembled quasi-crystalline phases
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cP4-Short.mp4 from Evolution of local motifs and topological proximity in self-assembled quasi-crystalline phases

Pedersen, Martin Cramer ; Robins, Vanessa ; Mortensen, Kell ; Kirkensgaard, Jacob J. K.

The Royal Society 2020

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