Hilde Hambro

Name:	Hilde Hambro
Affiliation:	University of Cambridge
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	15 Sep 2024, 10:54 a.m.

Public lists managed by Hilde Hambro

Talks given by Hilde Hambro

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by Hilde Hambro

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Hilde Hambro actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• Title to be confirmed
• Resource Efficiency: delivering future energy and material services with less environmental impact.
• Title to be confirmed
• Soft elasticity by domain formation in reinforced and magneto-active composites
• Title to be confirmed
• Measurement, Assessment and Modelling of Heavy Goods Vehicle Energy Consumption
• Fracture and fatigue in additively manufactured alloys
• Toward Better Bone Regeneration: Innovation in Metallic and Ceramic Scaffolds
• Multiscale design strategies for the progressive failure of architected materials and structures – Focus on interface cracking
• Journey of Droplet through various spatio-temporal scales
• The elastic stability and transitions between the unusual equilibrium states of a special hexagram ring
• Intelligentsia of Nano-Architected Hierarchical Materials
• Hydrovoltaics: new ways of harvesting electricity from water
• Leapfrog in Fracture and Damage Mechanics inspired by Gap Test and Curvature-Resisting Sprain Energy
• WISE(Wearable Intelligent Sensors & Electronics) Research and Applications
• Mechanosensing in cancer fuels agressiveness
• Measurement automation for additive manufacturing using computer vision
• Title to be confirmed
• Coiled Muscle + Snapping Beams: From Nonlinear Mechanics to Miniature Robotic Design
• Advanced Tissue Biofabrication
• The mechanics of nature-inspired heterogeneous architected materials (HAMs)
• Title to be confirmed
• Seeing opportunity in failure: can common issues in metal Additive Manufacture help deliver innovative material solutions?
• Physics-enhancing machine learning strategies for friction force evaluation
• The chase for fluid-structure interaction effects – An obsession or something important?
• Strength prediction of polymer composite laminates under uncertainties using theory-guided machine learning
• Title to be confirmed
• Modeling of Fibrous Tissues Considering the Microstructure
• Leveraging vibrations, nonlinear dynamics, and wave phenomena in emerging fields and across disciplines
• Geometric compatibility: from simple mathematics to complex materials, structures and mechanics
• Stress-unsupervised learning of material models using experimental data
• Phononics: Structural dynamics of materials and implications to fluid dynamics, heat transfer, and beyond
• Phononics: Structural dynamics of materials and implications to fluid dynamics, heat transfer, and beyond
• Computationally derived correlations between segregation, microstructure variations and process-induced cracks in AM
• A hyperplasticity framework for efficient modelling of cyclic loading ratcheting
• What machine learning can do for (meta)materials-by-design
• Micromechanical Modelling at High Temperature - A Personal Perspective
• Microstructure control in metal additive manufacturing: a LEGO analogy
• Cut it out - residual stresses in dynamic cell sheets
• Simulating the Tumor Microenvironment for Immune Cell Interactions via Deployable Extrusion
• Smart micro-textiles: from bioinspired sensing to bioelectronic interface
• Prediction and mitigation of railway induced vibration in the built environment
• Welcome to term and to new PhD students
• Kinking in Atomically Layered Solids
• Architected Materials Beyond the Laboratory: harnessing self-architecture and exploring extreme conditions
• blblblb
• Title to be confirmed
• Complexes and conservation: constructing numerical methods for physical systems
• Title to be confirmed
• Mechanics of Architected Materials Across Length and Time Scales
• A phase-field model for ferroelectrics with general kinetics
• A phase-field model for ferroelectrics with general kinetics
• A phase-field model for ferroelectrics with general kinetics
• A phase-field model for ferroelectrics with general kinetics
• Exploding, weeping and reversible phase transformations in ceramics
• Exploding, weeping and reversible phase transformations in ceramics
• Designing vascular networks for tissue engineering
• Biofabrication techniques for vascular graft and network
• Decarbonising Road Freight
• Decarbonising Road Freight
• Decarbonising Road Freight
• Title to be confirmed
• dynamict weels
• Mechanical metamaterials: Does toughness characterise fracture?
• Decarbonising Road Freight
• Title to be confirmed
• Shape-shifting assemblies in cutting and dividing cells
• Forward and inverse homogenization of cellular metamaterials
• Energy absorption of foams with non-linear variation in cross-sectional area under stationary impact BD
• Active light-driven microfluidic components made of soft smart materials
• Model-Free Data-Driven Mechanics: A tutorial
• Bioprinting with Microgel Materials
• Harnessing helpful heterogeneity in healing at the humeral head: The mechanics of the rotator cuff and its surgical repair
• Crack dynamics simulations in wood and other heterogeneous materials
• Mechanically Programmable Liquid Crystal Elastomer Actuators
• Real Time Optical Probes of Phase Transitions in Nanoscale Materials
• The Statistical Finite Element Method
• Mechanics, Additive Manufacture, and Characterisation of Lattice Biostructures
• A New Approach for 3D hydrogel printing; and a Study of Single-Cell Microfibre Interaction Dynamics
• Analysis and design of materials with machine learning: from probabilistic methods to quantum computing opportunities
• Elastocapillary singularities in creasing & wetting
• Linear and nonlinear inverse problems in imaging
• Electrochemo-poromechanical interactions: the case of ionic polymer metal composites
• Microstructurally-guided modeling of hard magnetorheological elastomers
• Robotic Metamaterials: Additive Fabrication for Multi-materials and Multi-functionalities
• Putting 3D Bioprinting to Tissue and Tissue Model Fabrication
• Inflight printing of micro/nano fibres: from harvesting acoustic energy to detecting cell movement
• Finite element modelling of hot compression testing of titanium alloys
• The Mechanics of Bioinspired Artificial Intelligence
• Machine Learning in Structural Dynamics
• Title to be confirmed
• Learning based multi-scale modeling
• Learning based multi-scale modeling
• Learning based multi-scale modeling
• Learning based multi-scale modeling
• The impact of glioblastoma heterogeneity on preclinical studies and treatment response
• Title to be confirmed
• Model-Free Data-Driven Science: Cutting out the Middleman
• Title to be confirmed
• Bioengineered ECM-Based Constructs as a tool for Composite Tissue Fabrication
• Title to be confirmed
• Printing micro/nano fibres: from the shape to functions
• The impact of glioblastoma heterogeneity on preclinical studies and treatment response
• Symmetry in Crystal Structure Prediction
• Symmetry in Crystal Structure Prediction
• Modelling the creep deformation of engineering alloys for energy applications at different scales
• Leading Multiphysics Modeling for AM and Emerging Design Approaches for Impacts
• Micromechanics of near-ideal polymer networks
• Rapid 3D Bioprinting for Precision Tissue Engineering
• Ballistic and blast response of structural materials: lessons from architecting materials
• Wrinkling and Creasing in Soft Solids: A Global Bifurcation and Symmetry-Breaking Approach to Surface Instabilities
• Failure of a pre-cracked epoxy sandwich layer in shear
• Plato’s cube and the natural geometry of fragmentation
• Title to be confirmed
• Analytical homogenization estimates for the transient and steady-state response of elasto-viscoplastic polycrystals
• On the Multiscale Mechanics of Plasticity and Damage in Magnesium
• New 1D models for localisation in slender structures
• Efficient Constitutive Model for Crash Analysis of Mineral-filled Polymers
• Taming Liquid Crystal Elastomers
• Mechanobiology of Cells and Extracellular Matrices
• EML webinar Liquid crystal elastomers
• EML webinar Liquid crystal elastomers
• 3D Printing and Biofabrication of Functional Material and Dynamic Systems
• Transmission and reflection at the boundary of a random two-component composite
• The mechanics of Robotic Matter
• The mechanical side of artificial intelligence
• New Horizons in Microarchitectured Materials
• Shaping Shells with Spontaneous Curvature
• Soft-bodied Magnetic Small-scale Mobile Robots.
• Multistable structures - from energy trapping to morphing.
• Injectable therapeutic vascularized micro-tissues engineered using sacrificial hydrogels
• Extreme mechanics of soft materials for merging human-machine intelligence
• Self-excited motions of volatile drops on swellable sheets
• Simulation-assisted discovery of membrane targeting nanomedicine
• Enabling Ideas in the Mechanics of Bio-Integrated Electronic Systems – From COVID-19 Patients to Engineered Mini-Brains
• New Developments in Shell Stability- https://harvard.zoom.us/j/271079684
• Optical superresolution microscopy of molecular mechanisms of disease
• The modern-day blacksmith
• Geometry and rheology of epithelial monolayers
• Resonant Ultrasound Spectroscopy: characterisation of elastic and anelastic behaviour of metals, ceramics and functional oxides associated with ferroic, multiferroic and normal-superconductor phase transitions
• A phenomenological constitutive theory for polycrystalline ferroelectric ceramics based on orientation distribution functions
• Hierarchical structuring of micro and nanoparticles for Li-ion battery electrodes
• Phase engineered two-dimensional transition metal dichalcogenides for electrochemistry
• Phase engineered two-dimensional transition metal dichalcogenides for electrochemistry
• Understanding the chemistry of ageing and disease in the extracellular matrix
• Understanding the chemistry of ageing and disease in the extracellular matrix
• Modelling physiological and pathological glia-neuron interactions in cerebral organoids
• Motile cilia - understanding the origin of collective dynamics
• Surface energy approaches in modeling of nano-objects
• The Evolution of Solutions
• Hydrogen induced fast fracture
• Mechanics of Polymer Brushes
• Rethinking the development of constitutive relations
• Additive Manufacturing of Biomechanically Tailored Meshes for Compliant Wearable and Implantable
• Atomistically inspired origami
• Cell Mechanics Based Microfluidics for Disease Diagnosis & Therapy: From Bench to Bedside
• Strain gradient plasticity: Numerical modeling of size-effects in porous metals
• Advanced digital drop control: Managing the mechanical forces when printing for new material and device development
• Self-similarly expanding regions of phase change yield cavitational instabilities and model deep earthquakes
• Bio-electromechanical interfaces and sensors based on functional nanomaterials
• Assessing the contribution of hydrogen-deformation interactions to hydrogen-induced intergranular fracture in nickel-base alloys
• Carbon Nanotube Mechanics: nano and macro; liquid and solid; stiff and soft—but always conductive
• Coupled mechanical and electronic fields in graphene and their optimization for nanomechanical devices
• General theory of the Kanzaki force field: static and dynamic models of dislocations and other extended defects
• Phase field modelling of crack propagation
• Metamorphic architected materials for dynamic application
• Fluctuations in the life of a cell: maintaining order amidst disorder
• Microstructure for continuous and localised intrinsic curvature creation – “strong” micromechanics
• Multiscale physics-based strategies to address parameter uncertainty in crystal plasticity
• Internet of Everything – From Molecules to the Universe
• Anomalous dynamics of snap-through instabilities
• 7 tesla magnetic resonance imaging and spectroscopy
• Tailoring two-dimensional materials for wearable electronics and bio-engineering applications
• On accounting for quasi-brittle fiber damage in computational homogenization of UD-composites
• Elasticity as the basis of allosteric interactions in DNA and membranes
• Welcome Division C’s Bio- and Micromechanics seminar
• 3D bioprinting for in vitro tissue engineering
• Mechanics of Hydrogen diffusion and embrittlement
• Breathing Solids: from Human Hair to Designer Nanoporous Materials
• Bioengineering human liver organoids using induced-pluripotent stem cells in 3D hydrogel
• Materials and Devices for Interfacing with the Brain
• On the length scale, robustness and manufacturability in topology optimization
• Correlative Imaging of Electrochemical Devices Over Multiple Time and Length Scales
• Biological and bio-inspired motility at microscopic scales: locomotion by shape control
• Fabrication and Applications of Hierarchical Carbon Nanotube Structures
• On the elastic-brittle versus ductile fracture of lattice materials
• Mechanical performance of wall structures in 3D printing processes: theory, design tools and experiments
• Predictive modeling of hydrogen assisted cracking – a Micromechanics conquest
• Current-Induced Stresses in Ceramic Lithium-Ion Conductors
• Recent Advances in Solid State Batteries and Beyond Li Technologies - Challenges for Fundamental Science
• Molecular Deformation of Polycarbonate: from Atomistic to Continuum Characterization
• Electrochemical and mechanical modeling of lithium-ion batteries
• The world is not flat: 3D cell biology and 3D devices
• Modeling Collective Cell Migration: Clusters and Monolayers
• Title to be confirmed
• Adsorption-induced stresses and variations of permeability in coal seams during CO2 storage or CH4 production
• Using Simulation for Additive Manufacturing Designing and Process Simulation
• Title to be confirmed
• Coupled phenomena: theory and applications
• Hierarchical Carbon Nanotube Structures and their Applications
• Elastic instabilities in soft solids
• Properties of direct-spun carbon nanotubes mat and their composites
• Bio- and Micromechanics group – An Introduction
• Cracking of thin films
• Defect tolerance and design principles for bio-inspired fibrillar dry-adhesives
• 3D Bioprinting of Vascularized Tissues
• 4-bar mechanisms in nature: their function and potential for biomimicry
• Engineered growth factor microenvironments for regenerative medicine
• Cellulose Photonics: from nature to applications
• Engineering with uncertain load regimes and strange materials – the story of aerospace and nuclear safety critical components
• Unknowns of energy concentrating phenomena
• Decompressive Craniectomy following Traumatic Brain Injury
• Shell buckling - without those ‘imperfections’
• Engineered growth factor microenvironments for regenerative medicine
• Uncovering fatigue damage development in unidirectional composites using x-ray computed tomography
• TALK CANCELLED DUE TO ILLNESS Hydrogen embrittlement in metals - the role of internal stresses
• Title to be confirmed
• A multiscale modelling strategy for virtual design of metallic alloys
• A multiscale modelling strategy for virtual design of metallic alloys
• The non-linear mechanics of slender deformable bodies
• How many stem cells can you fit in a stem cell niche?
• Materials Challenges for Rolls Royce
• Materials Challenges for Rolls Royce
• Buckling of Spherical Shells Revisited
• Biological and bio-inspired locomotion at small scales - Mechanics Colloquium
• Biological and bio-inspired locomotion at small scales
• High temperature creep of superalloys: discrete dislocation plasticity modelling
• Scalable computation of thermomechanical turbomachinery problems
• Computational modelling of fracture phenomena
• Localized loading of compliant composite laminate
• Contacts and Fretting
• Contacts and Fretting - Mechanics Colloquium
• Biomimetic inspired joining of composite and metal structures
• Cohesive zone modelling of the dynamic behaviour of two shipbuilding adhesives
• Cohesive zone modelling of the dynamic behaviour of two shipbuilding adhesives
• Surface properties in additive manufacturing
• Failure mechanism in thermal barrier coatings
• Surface properties in additive manufacturing