Avinkrishnan A Vijayachandran

About Avinkrishnan A Vijayachandran

Avinkrishnan A Vijayachandran, With an exceptional h-index of 7 and a recent h-index of 6 (since 2020), a distinguished researcher at University of Michigan, specializes in the field of In-space Manufacturing, Design Optimization, Additive Manufacturing, Machine Learning, Composite Laminates.

His recent articles reflect a diverse array of research interests and contributions to the field:

Self-deployable hinges for monolithic space structures using multi-material additive manufacturing

Free vibration of thin, creased elastic plates: Optimization and scaling laws

The axial compressive response of thin, elastic, polygonal shells

Correction: In-space Manufacturable Solar Array Structures Integrating Metamaterial Technologies, Part III: Thermomechanical Studies

In-space Manufacturable Solar Array Structures Integrating Metamaterial Technologies, Part III: Thermomechanical Studies

3D Printed Multi-material Solutions for Minimizing Stress Concentrations around Cutouts in Thin Plates under Axial Tension

Strain energy storing, self-deployable hinges for multi-material monolithic space structures

Creasing of thin, elastic plates for maximizing fundamental frequencies

Avinkrishnan A Vijayachandran Information

University

Position

Composite Structures Lab

Citations(all)

168

Citations(since 2020)

163

Cited By

45

hIndex(all)

7

hIndex(since 2020)

6

i10Index(all)

3

i10Index(since 2020)

3

Email

University Profile Page

Google Scholar

Avinkrishnan A Vijayachandran Skills & Research Interests

In-space Manufacturing

Design Optimization

Additive Manufacturing

Machine Learning

Composite Laminates

Top articles of Avinkrishnan A Vijayachandran

Self-deployable hinges for monolithic space structures using multi-material additive manufacturing

Acta Astronautica

2024/1/1

Free vibration of thin, creased elastic plates: Optimization and scaling laws

Thin-Walled Structures

2024/2/1

The axial compressive response of thin, elastic, polygonal shells

Journal of Applied Mechanics

2024/1/25

Correction: In-space Manufacturable Solar Array Structures Integrating Metamaterial Technologies, Part III: Thermomechanical Studies

2024

Othman Oudghiri-Idrissi
Othman Oudghiri-Idrissi

H-Index: 2

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Serife Tol
Serife Tol

H-Index: 7

In-space Manufacturable Solar Array Structures Integrating Metamaterial Technologies, Part III: Thermomechanical Studies

2024

Othman Oudghiri-Idrissi
Othman Oudghiri-Idrissi

H-Index: 2

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Serife Tol
Serife Tol

H-Index: 7

3D Printed Multi-material Solutions for Minimizing Stress Concentrations around Cutouts in Thin Plates under Axial Tension

2024

Adam Kelly
Adam Kelly

H-Index: 9

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Strain energy storing, self-deployable hinges for multi-material monolithic space structures

2024

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Creasing of thin, elastic plates for maximizing fundamental frequencies

2024

The Axial Compressive Response of Kresling Tubes

2023/10/9

Optimized creasing pattern for maximizing natural frequencies of a thin elastic plate

Journal of Sound and Vibration

2023/1/6

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Modeling the In-Plane Compression Response of As-Manufactured Steered Fiber Laminated Plates

PROCEEDINGS OF THE AMERICAN SOCIETY FOR COMPOSITES-THIRTY-EIGHTH TECHNICAL CONFERENCE

2023

Minimizing stress concentrations using steered fiberpaths and incorporating realistic manufacturing signatures

International Journal of Non-Linear Mechanics

2022/11/1

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Steered fiber paths for improved in-plane compressive response of aerostructural panels: Experimental studies and numerical modeling

Composite Structures

2022/6/1

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Design of Robotically Manufactured Composites for Optimal Structural Performance, Incorporating Manufacturing Constraints

2021

On the use of non traditional stacking to maximize critical buckling loads in flat composite panels

Composite Structures

2020/11/19

Optimal fiber paths for robotically manufactured composite structural panels

International Journal of Non-Linear Mechanics

2020/11/1

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Paul Davidson
Paul Davidson

H-Index: 7

Corrigendum to “Effect of automated fiber placement (AFP) manufacturing signature on mechanical performance of composite structures”[Compos. Struct. 228 (2019) 111335]

Composite Structures

2020/2/1

Minh Hoang Nguyen
Minh Hoang Nguyen

H-Index: 3

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Paul Davidson
Paul Davidson

H-Index: 7

Optimal steered fiber paths for maximizing biaxial buckling load of a flat plate manufactured using AFP

2020

Avinkrishnan A Vijayachandran
Avinkrishnan A Vijayachandran

H-Index: 4

Paul Davidson
Paul Davidson

H-Index: 7

See List of Professors in Avinkrishnan A Vijayachandran University(University of Michigan)

Co-Authors

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