Fang Liu
Fang Liu's research interest is to reveal the physical and chemical mechanisms underlying materials related phenomena, for instance creep and high temperature corrosion, and to establish the correlations between processing, microstructure, and properties. She uses highly sophisticated microscopy and spectroscopy to study a wide range of material systems, including high temperature structural alloys, light alloys and polymer composites, and semiconductors. With strong and collaborative work with theoretical colleagues and industry partners, the group of researchers to which she belongs, ensure that their discoveries translate into reliable prediction tools, and real world applications in an efficient way.
Showing 74 publications
Superior protection by α-Al2O3/α-LiAlO2 double oxide scales against alkali carbonate corrosion
Fibre-Electrolyte Interfaces in Multifunctional Composites Revealed with Focused Ion Beam
Lithiated carbon fibres for structural batteries characterised with Auger electron spectroscopy
Best Practices for Analysis of Carbon Fibers by Atom Probe Tomography
COATING OF LFP/GRAPHENE OXIDE ON CARBON FIBRES AS POSITIVE ELECTRODES FOR STRUCTURAL BATTERIES
Carbon-coated iron nanopowder as a sintering aid for water-atomized iron powder
A multicell structural battery composite laminate
Effect of lithiation on the elastic moduli of carbon fibres
A structural battery and its multifunctional performance
Determination of transverse and shear moduli of single carbon fibres
Specimen preparation for transverse modulus measurement of carbon fibres using focused ion beam
Analyzing Boron in 9-12% Chromium Steels Using Atom Probe Tomography
Transverse modulus measurement of carbon fibre by atomice force microscope and nanoindentation
Oxidation and stability of multi-walled carbon nanotubes in hydrogen peroxide solution
Fine (Cr,Fe)2B borides on grain boundaries in a 10Cr–0.01B martensitic steel
Graphitic microstructure and performance of carbon fibre Li-ion structural battery electrodes
On the effect of preoxidation of nickel alloy X-750
Mechanistic insights into the transformation processes in Z-phase strengthened 12% Cr steels
Role of copper on Laves phase morphology in 9-12%Cr steels
Atom probe study of MX to Z-phase transformation in Z-phase strengthened 12%Cr steels
Core-Shell Structure of Intermediate Precipitates in a Nb-Based Z-Phase Strengthened 12% Cr Steel
Microstructure of Z-Phase Strengthened Martensitic Steels: Meeting the 650°C Challenge
Oxide evolution on Alloy X-750 in simulated BWR environment
A new 12% chromium steel strengthened by Z-phase precipitates
Tantalum and niobium based Z-phase in a Z-phase strengthened 12% Cr steel
Nanostructure of a cubic BN cutting tool material
First Three-Dimensional Atomic Resolution Investigation of Thermally Grown Oxide on a FeCrAl Alloy
Microstructure characterization of two Z-phase strengthened 12%chromium steels
Effect of copper addition on the toughness of new Z-phase strengthened 12% chromium steels
Atom probe tomography of thermally grown oxide scale on FeCrAl
Atom probe tomography of oxide scales
Effect of Boron on Carbide Coarsening at 873 K (600°C) in 9 to 12 pct Chromium Steels
Microstructure of a Creep-Resistant 10 Pct Chromium Steel Containing 250 ppm Boron
Microstructure evolution of a Z-phase strengthened 9-12% Cr steel
Quantitative APT analysis of Ti(C,N)
Quantitative atom probe analysis of carbides
Effects of laser pulsing on analysis of steels by atom probe tomography
UNDERSTANDING OF 9-12% CR STEELS ON A NANO- AND SUBNANO-SCALE - THE SECRET OF TAF
Initial study on Z-phase strengthened 9-12% Cr steels by atom probe tomography
Oxidation of FeCrAl foils at 500-900 degrees C in dry O-2 and O-2 with 40% H2O
Influence of H2O(g) on the Oxide Microstructure of the Stainless Steel 353MA at 900°C in Oxygen.
Microstructural Investigation of Protective and Non-Protective Oxides on 11% Chromium Steel
High resolution chemical analysis in SEM
SEM investigation of reactive element particles on the surface of Kanthal AF oxidized at 900°C
TEM investigation of the base oxide formed on FeCrAl at 900°C in dry O2 and O2 with 40% H2O
The Formation of Oxide Scale on FeCrAl at 900°C in dry O2 and O2 + 40% H2O
Oxidation of FeCrAl alloys at 500-900 degrees C in dry O-2
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Showing 24 research projects
Prediction of evolving anisotropy and damage evolution in polymer foams
LIGHTer Doktorandnätverk phase 4
Graphene-enhanced structural battery composites for future energy storage
Multifunctional carbon fibres for battery electrodes
Artificial intelligence-enabled microscopy for energy storage materials
Artificial intelligence for high throughput microscopy analysis of energy materials
Artificial intelligence in materials science
Provning av enstaka naturfiber mot höga prestanda naturfiberbaserade produkter
Multifunctional performance of structural batteries under combined mechanical and electrical loads
Towards lightweighting electrified transport system – novel multifunctional batteries
Towards lightweighting electrified transport system – novel multifunctional batteries
Strategic Research Area No.1 Modelling - Phase II
Design of a new generation of 12% chromium steels
Design of a new generation of 12% chromium steels (KME-710)
Nya martensitiska stål för ångkraftverk med högre verkningsgrad