Biography summary
Mariana completed her undergraduate and master's degree in Mechanical Engineering at the University of Aveiro, Portugal, and obtained PhD in Mechanical Engineering from Deakin University, Australia. Her research interests include finite element analysis, constitutive modelling of engineering materials, advanced manufacturing processes, lightweighting and impact and protection systems.
Publications
Formed developables - a new class of sheet metal parts
J Bhuva, M Weiss, B Rolfe, J Jiao, M Paulino
(2023), Vol. 1284, 42ND CONFERENCE OF THE INTERNATIONAL DEEP DRAWING RESEARCH GROUP, SWEDEN, Lulea, E1
Ballistic response of armour plates using Generative Adversarial Networks
S Thompson, F Teixeira-Dias, M Paulino, A Hamilton
(2022), Vol. 18, pp. 1513-1522, Defence Technology, Amsterdam, The Netherlands, C1
A 3D printable dynamic nanocellulose/nanochitin self-healing hydrogel and soft strain sensor
P Heidarian, S Gharaie, H Yousefi, M Paulino, A Kaynak, R Varley, A Kouzani
(2022), Vol. 291, pp. 1-9, Carbohydrate Polymers, Amsterdam, The Netherlands, C1
S Thompson, F Teixeira-Dias, M Paulino, A Hamilton
(2022), Vol. 154, pp. 425-440, Neural Networks, Amsterdam, The Netherlands, C1
Dynamic nanohybrid-polysaccharide hydrogels for soft wearable strain sensing
P Heidarian, H Yousefi, A Kaynak, M Paulino, S Gharaie, R Varley, A Kouzani
(2021), Vol. 21, Sensors, Switzerland, C1
Dynamic nanocellulose hydrogels: Recent advancements and future outlook
P Heidarian, A Kaynak, M Paulino, A Zolfagharian, R Varley, A Kouzani
(2021), Vol. 270, Carbohydrate Polymers, England, C1
J Nomani, D Wilson, M Paulino, M Mohammed
(2020), Vol. 22, pp. 1-13, Materials today communications, Amsterdam, The Netherlands, C1
Pejman Heidarian, Abbas Kouzani, Akif Kaynak, Mariana Paulino, Bijan Nasri-Nasrabadi, Russell Varley
(2020), Vol. 27, pp. 1407-1422, Cellulose, Dordrecht, The Netherlands, C1
Dynamic plant-derived polysaccharide-based hydrogels
P Heidarian, A Kouzani, A Kaynak, M Paulino, B Nasri-Nasrabadi, A Zolfagharian, R Varley
(2020), Vol. 231, Carbohydrate Polymers, England, C1
Rational Design of Mussel-Inspired Hydrogels with Dynamic Catecholato-Metal Coordination Bonds
P Heidarian, A Kouzani, A Kaynak, B Bahrami, M Paulino, B Nasri-Nasrabadi, R Varley
(2020), Vol. 41, Macromolecular Rapid Communications, Germany, C1
An artificial intelligence-based hybrid method for multi-layered armour systems
Filipe Teixeira-Dias, Samuel Thompson, Mariana Paulino
(2019), Vol. 100, pp. 381-400, State of the art and future trends in material modeling, Cham, Switzerland, B1
Dynamic Hydrogels and Polymers as Inks for Three-Dimensional Printing
P Heidarian, A Kouzani, A Kaynak, M Paulino, B Nasri-Nasrabadi
(2019), Vol. 5, pp. 2688-2707, ACS Biomaterials Science and Engineering, United States, C1
Online and design-based learning in sophomore engineering mechanics
J Long, Akif Kaynak, mariana Paulino, siva Chandrasekaran
(2018), Vol. 2, pp. 1-19, International journal on innovations in online education, Danbury, Conn., C1
M Paulino, J Yoon
(2015), Vol. 86, pp. 852-860, Steel research international, London, Eng., C1
Benchmark 4 : wrinkling during cup drawing
R Dick, R Cardoso, M Paulino, J Yoon
(2014), Vol. 1567, pp. 262-327, NUMISHEET 2014 : Proceedings of the 9th International Conference and Workshop on Numerical Simulation 3D Sheet Metal Forming Processes, Melbourne, Victoria, E1
Cork composites for the absorption of impact energy
I Alcântara, F Teixeira-Dias, M Paulino
(2013), Vol. 95, pp. 16-27, Composite Structures, United Kingdom, C1-1
On the use of polyurethane foam paddings to improve passive safety in crashworthiness applications
M Paulino, F Teixeira-Dias
(2012), pp. 337-354, Polyurethane, London, Eng., B1-1
M Paulino, F Teixeira-Dias
(2011), Vol. 16, pp. 135-153, International Journal of Crashworthiness, Abingdon, Eng., C1-1
Funded Projects at Deakin
Other Public Sector Funding
High volume, scalable manufacturing cell for enhanced building products.
Prof Matthew Barnett, A/Prof Matthias Weiss, Dr Mariana Paulino, Dr Jingsi Jiao
Innovation Connections
- 2022: $16,811
- 2021: $16,810
A first Australian made K40 crash rated fence system.
A/Prof Matthias Weiss, Dr Mariana Paulino, Dr Jingsi Jiao
Innovation Connections
- 2023: $49,741
A first Australian made K40 crash rated fence system - Phase 2
A/Prof Matthias Weiss, Dr Mariana Paulino, Dr Jingsi Jiao
Innovation Connections
- 2024: $25,000
Industry and Other Funding
Proof of Concept: Improved Mouthguard Design for Impact Sports
Dr Clara Usma-Mansfield, A/Prof Paul Collins, Dr Mariana Paulino, Mr Kris Hinck, Dr Samantha Hoffmann
Ross Clark
- 2017: $25,000
Design and Validation of Athletic Resistance Garment
A/Prof Paul Collins, Dr Mariana Paulino, Dr Samantha Hoffmann, Mr Kris Hinck, Dr Clara Usma-Mansfield
6 O'Clock Enterprises
- 2019: $24,592
- 2018: $98,371
ACCIONA-Deakin World Solar Challenge.
A/Prof Paul Collins, Dr Matt Jennings, Dr Mariana Paulino, Dr Ali Zare, Dr Jorg Schluter
Acciona Energy Australia Global Pty Ltd
- 2023: $45,000
- 2022: $45,000
- 2021: $150,000
- 2020: $150,000
- 2019: $150,000
High volume, scalable manufacturing cell for enhanced building products.
Prof Matthew Barnett, A/Prof Matthias Weiss, Dr Mariana Paulino, Dr Jingsi Jiao
Formflow Pty Ltd
- 2022: $16,810
- 2021: $16,810
A first Australian made K40 crash rated fence system.
A/Prof Matthias Weiss, Dr Mariana Paulino, Dr Jingsi Jiao
DooGood Enterprises Pty Ltd
- 2023: $49,742
A first Australian made K40 crash rated fence system - Phase 2
A/Prof Matthias Weiss, Dr Mariana Paulino, Dr Jingsi Jiao
DooGood Enterprises Pty Ltd
- 2023: $36,689
Other Funding Sources
High volume, scalable manufacturing cell for enhanced building products.
A/Prof Matthias Weiss, Prof Bernard Rolfe, Dr Mariana Paulino
Innovative Manfacturing CRC Limited
- 2022: $65,861
- 2021: $141,133
Supervisions
Pejman Heidarian
Thesis entitled: Development of Dynamic Nano-polysaccharide Hydrogels for Wearable Strain Sensing
Doctor of Philosophy (Engineering), School of Engineering
Gabriel Raposo
Thesis entitled: Cold roll forming of high strength aluminium alloy by local pre-heat treatment
Master of Engineering, Institute for Frontier Materials