SI Volume 10 Issue 4/5

Surface Innovations Journal

Surface Innovations, the journal

The 4-5 issue of 2022 includes the Invited Feature Article and seven Original Research papers on a broad variety of topics. Hope you will find research inspirations after reading the following papers:

Triboinformatics: machine learning algorithms and data topology methods for tribology; Md Syam Hasan, Michael Nosonovsky; 10(4-5), pp. 229–242

Synthesis and characterization of chitosan-based ‘comb-like’ zwitterionic surfactants; Jing Xu, Jing-jing Du, Xiao-hui Han, Bo Wang, Zhang Zhang; 10(4-5), pp. 243–251

Hydrothermal treatment of the silver-incorporated MAO coated Ti6Al7Nb alloy; Dilek Teker Aydogan, Faiz Muhaffel, Huseyin Cimenoglu; 10(4-5), pp. 252–262

Fabrication of Joule heating coating layers by way of flame spraying for membrane distillation; Arian Enayat, Mohtada Sadrzadeh, André McDonald; 10(4-5), pp. 263–277

Effect of laser texturing pattern on Ti6Al4V tribocorrosion in a physiological solution; Marjetka Conradi, Tadeja Kosec, Bojan Podgornik, Aleksandra Kocijan, Janez Kovač, Damjan Klobčar; 10(4-5), pp. 278–288

Structural and electrical properties of irradiated flexible ZnO/PVA nanocomposite films; Eslam Abdeltwab, Ali Atta; 10(4-5), pp. 289–297

Triallyl ammonium amphiphiles: self-assembly and complexation with bovine serum albumin; Denis M Kuznetsov, Darya A Kuznetsova, Dinar R Gabdrakhmanov, Svetlana S Lukashenko, Yevgeniy N Nikitin, Lucia Ya Zakharova; 10(4-5), pp. 298–311

Novel composites made of natural and waste rubber loaded with lead nanoparticles for gamma radiation shielding; Ahmed M El-Khatib, Ahmed S Doma, Asmaa E Abu-Rayan, Nor S Aly, Mahmoud I Abbas; 10(4-5), pp. 312–328

Beside papers that have already been published in the first three issues of 2022, there are several Ahead of Print reports available on the journal website.

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Zn Biomaterials Processing

Vascular Stent

Zn-based alloys are potential candidates for bioabsorbable metallic devices due to their ideal corrosion rates and biocompatibility. However, strain softening and rate sensitivity in tensile testing remain as challenges for their use in load bearing applications. In our new studies Flow Stress Stabilization of Zn-Cu-Mn-Mg Alloys using Thermomechanical Processing, published in Materials Characterization, three different Zn-xCu-yMn-0.05Mg (x = 0.5, 1.0 wt.%, y = 0.4, 0.6 wt.%) alloys were formulated and their microstructure and tensile properties in the cold rolled condition were characterized. Additionally, the effect of short-time annealing at 320 ℃ on the strain softening and strain rate sensitivity of alloys were studied. The results indicate that dissolution of secondary phases and grain coarsening lead to the elimination of strain softening and rate sensitivity. The evolution of microstructure during the room-temperature tensile testing indicates that dynamic recrystallization is responsible for strain softening and can be eliminated by tuning the fraction of secondary phases and underlying grain size. The formulated alloys are not susceptible to natural aging and show good thermal stability during aging up to 200 ℃ for 60 h due to the pinning effect of MnZn13 precipitates on the grain boundaries.

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Biocompatibility of Zn-Ag Alloys

H&E histology

Our internal collaborators from Biomedical Engineering, together with collaborators from Mayo Clinic, were instrumental in preparation and publishing of a new report on biocompatibility of Zn-based materials. The paper entitled Improved Biocompatibility of Zn-Ag-based Stent Materials by Thermal Processing was published in Acta Biomaterialia.
The metallurgical engineering of bioresorbable zinc (Zn)-based medical alloys would greatly benefit from clarification of the relationships between material properties and biological responses. Here we investigate the biocompatibility of three novel Zn-based silver (Ag)-containing alloys, ranging from binary to quinary alloy systems. Selected binary and quinary Zn-Ag-based alloys underwent solution treatment (ST) to increase the solubility of Ag-rich phases within the Zn bulk matrix, yielding two different microstructures (one without ST and a different one with ST) with the same elemental composition. This experimental design was intended to clarify the relationship between elemental profile/microstructure and biocompatibility for the Zn-Ag system. We found that the quinary alloy system (Zn-4Ag-0.8Cu-0.6Mn-0.15Zr) performed significantly better, in terms of histomorphometry, than any alloy system we have evaluated to date. Furthermore, when solution treated to increase strength and ductility and reduce the fraction of Ag-rich phases, the quinary alloy biocompatibility further improved. We conclude that Zn-Ag alloys can be engineered through alloying to substantially reduce neointimal growth. The positive effect on neointimal growth can be further enhanced by dissolving the AgZn3 precipitates in the Zn matrix. These findings demonstrate that neointimal-forming cells can be regulated by elemental additions and microstructural changes in degradable Zn-based implant materials.

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New PhD Candidate

Matthew Graham

Mr. Matthew Graham has joined our research team as a PhD Candidate in Fall 2021. He is a distance graduate student whose interests are in surfaces and surface coatings. Matthew earned his MS degree in Polymer Science and Engineering from Lehigh University with a thesis that involved the estimation of the surface energy of electroplated chromium. He intends to continue his research journey in the field of coating adhesion and possible benefits of surface energy analysis.

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New MS Candidate

Henry Summers

Henry Summers has joined our research team in 2021 as an undergraduate researcher. Why he continues his B.S. degree program, he also started his accelerated Master of Science degree program.
His research effort is concentrated towards characterization of zinc alloys at different processing stages of cardiovascular stent manufacturing.

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Morteza Graduates

Morteza Shaker

Morteza Shaker

Congratulations to Dr. Morteza Ardakani for defending his PhD dissertation and graduating in Spring 2022.!
Morteza dissertation is entitled Engineering Mechanically-Stable Zinc-based Alloys for Medical Implants, and the following is the abstract:
Zinc-based alloys have been introduced as candidate absorbable materials for biomedical implants due to their biocompatibility and application-appropriate corrosion rate. However, poor mechanical strength and ductility, as well as susceptibility to creep and fatigue, restrict their usage in load-bearing stenting applications. Many studies have been conducted that attempt to overcome these limitations by using a combination of alloying and microstructural refinement; these have resulted in some successes in increasing their strength. Nevertheless, room temperature aging, strain softening, and strain rate sensitivity within these alloys remain unresolved. These properties can negatively affect the elongation to failure, as well as the creep and fatigue resistance of the zinc-based alloys.
This Ph.D. research identifies the mechanisms of the mechanical instabilities that are inherent to these alloys, including natural (room temperature) aging, strain softening during deformation, and a sensitivity to deformation rate (i.e., strain rate sensitivity). Natural aging of a zinc-magnesium binary alloy was studied and a successful strategy to reduce the effect was identified by introduction of a third alloying element to the zinc solid solution. This method was used for the first time in zinc-based alloys to eliminate natural aging. Strain softening and strain rate sensitivity of cold-rolled zinc-based alloys were reduced through heat treatments that act to modify the grain size and the fraction of the secondary phase. Specifically, short-time annealing alters the microstructure in a way such that the predominant deformation mechanism shifts from dynamic recovery and recrystallization to homogenized dislocation slipping. This is due to the reduction of the deformation gradient resulting from the reintroduction of the alloying elements and grain growth after annealing. Finally, cross rolling and hot rolling were hypothesized and studied as strategies that would serve to promote the development of a lower-energy substructure and to reduce the driving force for following dynamic recrystallization.
The presented fundamental study introduces a new approach for stabilizing the microstructure and mechanical properties of zinc-based alloys by using a specific group of alloying elements followed by performing post-deformation annealing. The results provide promising progress in the use of these alloys in load-bearing applications as biodegradable metallic materials.

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SI Volume 10 Issue 3

Surface Innovations Journal

Surface Innovations, the journal

The third issue of 2022 includes the Invited Feature Article and five Original Research papers on a broad variety of topics. Hope you will find research inspirations after reading the following papers:

Evolution of antibacterial and antibiofouling properties of sharkskin-patterned surfaces; Sabra Rostami, Bora Garipcan; 10(3), pp. 165–190
Tuning water adhesion of superhydrophobic surface by way of facile laser–chemical hybrid process; Qinghua Wang, Huixin Wang; 10(3), pp. 191–199
Preparation of copper nanowires and thermal oxidation behaviour in dry oxygen; Xiangming Zeng, Peng Pan, Hao Qi, Zuming He, Jiangbin Su; 10(3), pp. 200–208
Yolk–shell structured sulfur composite cathode for high performance lithium–sulfur battery; Kaikai Tang, Jun Xiao, Mengqi Long, Jun Chen, Hong Gao, Hao Liu; 10(3), pp. 209–216
Study of the structure and properties of a high-entropy ceramic composite material; Peter O Rusinov, Zhesfina M. Blednova; 10(3), pp. 217–226

Beside papers that have already been published in the first three issues of 2022, there are several Ahead of Print reports available on the journal website.

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SI Volume 10 Issue 2

Surface Innovations Journal

Surface Innovations, the journal

The second issue of 2022 includes the Invited Feature Article and five Original Research papers on a broad variety of topics. Hope you will find research inspirations after reading the following papers:

Progress in fabrication and applications of micro/nanostructured superhydrophobic surfaces; Qing Wang, Shuangshuang Xu, Xiaoting Xing, Ning Wang; 10(2), pp. 89–110
Highly conductive polyester fabrics fabricated by graphene oxide printing and hot-pressing; Jiliang Cao, Xinyi Guan, Yan Wang, Licong Xu; 10(2), pp. 111–118
Enhanced electrochemical performance of Li-rich cathode material for lithium-ion batteries; Jun Xiao, Xiao Li, Kaikai Tang, Mengqi Long, Jun Chen, Dandan Wang, Hong Gao, Hao Liu; 10(2), pp. 119–127
Plasma-assisted fabrication of hydrophobic siloxane based sol–gel-coated coir fibres; K M Praveen, Gregor Primc, Barbara Simončič, Marija Gorjanc, Isabelle Pillin, Bastien Seantier, Antoine Kervoelen, Alenka Vesel, Nandakumar Kalarikkal, Miran Mozetič, Yves Grohens, Sabu Thomas; 10(2), pp. 128–139
Characteristics of silver-containing titanium-based coating after thermal oxidation; Dogukan Cetiner, Nevin Gul Karaguler, Huseyin Cimenoglu, Erdem Atar; 10(2), pp. 140–149
Impact of nano-titania and ultrasonic irradiation on the physical properties of polymer blend electrolytes; Jayanthi Santhana Krishnan, Sundaresan Balakrishnan; 10(2), pp. 150–162

Beside papers that have already been published in the first and second issues, there are several Ahead of Print reports available on the journal website.

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SI Volume 10 Issue 1

Surface Innovations Journal

Surface Innovations, the journal

The Surface Innovations journal celebrates its 10th anniversary in 2022. In celebration of this anniversary, we will publish six issues instead of five. This first issue of 2022 offers the Invited Feature Article, Innovation Letter and six Original Research papers on a broad variety of topics. Hope you will find research inspirations after reading some of the following papers:

Defects and passivation in perovskite solar cells; Yaobo Li, Zhaohan Li, Fangze Liu, Jing Wei; 10(1), pp. 3–20
Elimination of wetting study flaws in unsaturated vapors based on Laplace fit parameters; Elizaveta V Chulkova, Kirill A Emelyanenko, Alexandre M Emelyanenko, Ludmila B Boinovich; 10(1), pp. 21–24
Facile approach for modulating wetting of hierarchically structured metallic surface; Jayanth Ivvala, Priya Mandal, Harpreet Singh Arora, Harpreet Singh Grewal; 10(1), pp. 25–36
One-step deposition of stable superhydrophobic coatings with controllable wettability; Dexin Chen, Yinying Sheng, Zhixin Kang, Wei Li; 10(1), pp. 37–47
Phytotoxicity of silver nanoparticles and silver ions toward common wheat; Anna Gorczyca, Ewa Pociecha, Julia Maciejewska-Prończuk, Monika Kula-Maximenko, Magdalena Oćwieja; 10(1), pp. 48–58
A novel cobalt-free and CO2-stable LDC-LSCF membrane with high oxygen permeability; Xinle Zhang, Tianyi Chen, Yongjun Xu, Chenghua Sun, Chengzhang Wu; 10(1), pp. 59–67
Nitrate removal from aqueous solution by way of adsorption on modified sheep wool; Mária Porubská, Marcel Cvik, Klaudia Jomová, Zuzana Branišová, Jana Braniša; 10(1), pp. 68–75
Polyethyleneimine-modified magnetite prepared without a base to remove Congo red in water; Yu Liu, Ying Gan, Cong Zhao, Maoqiong Xie, Dongxu Gu, Shirong Shuai, Hongyu Zhu, Jianyuan Hao; 10(1), pp. 76–85

Please join us in celebrating our 10th anniversary.

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Surface Tension of Asphalt

Jarek Drelich

Jaroslaw Drelich

A collaboration with Prof. Zhanping You and his PhD student, Lingyun You, from Civil Engineering Department brought Prof. Drelich back to his research with bitumens and asphalts, research he conducted at the University of Utah during his PhD and postdoctoral fellow programs. The objective of this new collaboration at Michigan Tech was to characterize the rheology and structural properties of asphalt using molecular dynamics. In molecular dynamics work, using Amber-Cornell Force-Field, the previously proposed 12-component asphalt model was used by Lingyun You to evaluate the surface tension and structure at the atomistic level of asphalt at different temperatures. The success of this study was that the surface tension of asphalt can be predicted from the molecular dynamics models. The summary of this study is published in the Proceedings of the RILEM International Symposium on Bituminous Materials. The title of the article is Understanding of Structural and Surface Tension Properties of Asphalt Model Using Molecular Dynamics Simulation.

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