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Browsing publications by Professor Peter Gosling.

Newcastle AuthorsTitleYearFull text
Dr Eric Masoero
Professor Peter Gosling
Topology optimization using the discrete element method. Part 1: Methodology, validation, and geometric nonlinearity2022
Dr Eric Masoero
Professor Peter Gosling
Topology optimization using the discrete element method. Part 2: Material nonlinearity2022
Connor O'Shaughnessy
Dr Eric Masoero
Dr Sadegh Nadimi
Professor Peter Gosling
Topology Optimization with the Discrete Element Method2022
Liam Fleming
Professor Peter Gosling
Professor Chris Oates
A Data-Centric Approach to Generative Modelling for 3D-Printed Steel2021
Dr Amir Mofidi
Professor Peter Gosling
Reliability-Based Assessment of Bond Strength Models for Near-Surface Mounted FRP Bars and Strips to Concrete2021
Professor Peter Gosling
Robust design optimization of variable angle tow composite plates for maximum buckling load in the presence of uncertainties2019
Professor Peter Gosling
Thermal buckling optimization of variable angle tow fibre composite plates with gap/overlap free design2019
Dr Ben Bridgens
Dr Mark Powell
Professor Graham Farmer
Dr Claire Walsh
Dr Mohammad Royapoor
et al.
Creative upcycling: reconnecting people, materials and place through making2018
Professor Peter Gosling
Influence of stochastic variations in manufacturing defects on the mechanical performance of textile composites2018
Professor Peter Gosling
Towards an understanding of variations in the buckling of tailored variable angle tow composite plates2018
Dr Xiaoyi Zhou
Professor Peter Gosling
Stochastic multi-scale finite element based reliability analysis for laminated composite structures2017
Dr Xuwen An
Professor Peter Gosling
Dr Xiaoyi Zhou
Analytical structural reliability analysis of a suspended cable2016
Dr Xiaoyi Zhou
Professor Peter Gosling
Exploiting the benefits of multi-scale analysis in reliability analysis for composite structures2016
Dr Giada Colasante
Professor Peter Gosling
Including shear in a neural network constitutive model for architectural textiles2016
Dr Xiaoyi Zhou
Professor Peter Gosling
Multi-scale finite element based durability and reliability analysis of laminated fibre reinforced composites for civil engineering applications2016
Dr Xiaoyi Zhou
Professor Peter Gosling
Multi-scale finite element based time-dependent reliability analysis for laminated fibre reinforced composite2016
Dr Xiaoyi Zhou
Professor Peter Gosling
Perturbation-based stochastic multi-scale computational homogenisation method for woven textile composites2016
Dr Xiaoyi Zhou
Professor Peter Gosling
Perturbation-based stochastic multi-scale computational homogenization method for the determination of the effective properties of composite materials with random properties2016
Dr Xuwen An
Professor Peter Gosling
Dr Xiaoyi Zhou
Improved Failure Mode Identification and Reliability Estimates for Electricity Transmission Towers2015
Dr Xiaoyi Zhou
Professor Peter Gosling
Probabilistic structural analysis of composite structure using stochastic multi-scale finite element method2015
Dr Xiaoyi Zhou
Professor Peter Gosling
Reliability analysis of laminated fibre reinfroced composites using stochastic multi-scale finite element method2015
Dr Xiaoyi Zhou
Professor Peter Gosling
Stochastic multi-scale finite element analysis for laminated composite plates2015
Professor Peter Gosling
Faimun Faimun
A high-fidelity first-order reliability analysis for shear deformable laminated composite plates2014
Professor Peter Gosling
Nicola Bartle
Dr Ben Bridgens
Aleatoric & epistemic uncertainty in the analysis of tensile structures2014
Alex Colman
Dr Ben Bridgens
Professor Peter Gosling
Shear behaviour of architectural fabrics subjected to biaxial tensile loads2014
Christopher Iliffe
Dr Ben Bridgens
Professor Peter Gosling
A Predictive Model for the Design of Functional Textiles2013
Christopher Iliffe
Dr Ben Bridgens
Professor Peter Gosling
A predictive model for the design of functional textiles structural membranes 20132013
Professor Peter Gosling
Dr Ben Bridgens
Lei Zhang
Adoption of a reliability approach for membrane structure analysis2013
Ini Edem
Professor Peter Gosling
Physically stabilised displacement-based ANS solid-shell element2013
Professor Peter Gosling
Lei Zhang
A linear strain, curvature-driven triangular element for the analysis of membrane structures2012
Professor Peter Gosling
Dr Ben Bridgens
Nicola Bartle
Analysis and design of membrane structures: results of a round robin exercise2012
Dr Ben Bridgens
Professor Peter Gosling
Inter-laboratory comparison of biaxial tests for architectural textiles2012
Ini Edem
Professor Peter Gosling
One-point quadrature ANS solid-shell element based on a displacement variational formulation Part I – Geometrically linear assessment2012
Professor Peter Gosling
Lei Zhang
A High-Fidelity Cable-Analogy Continuum Triangular Element for the Large Strain, Large Deformation, Analysis of Membrane Structures2011
Dr Andrew Shaw
Professor Peter Gosling
Removal of shallow shell restriction from Touratier kinematic model2011
Dr Andrew Shaw
Professor Peter Gosling
A critical reliability evaluation of fibre reinforced composite materials based on probabilistic micro and macro-mechanical analysis2010
Professor Peter Gosling
Lei Zhang
A non-safety factor approach to the design of membrane structures2010
Dr Andrew Shaw
Professor Peter Gosling
Comprehensive Laminate Level Sensitivities of the Touratier Kinematic Model for Reliability Analyses and Robust Optimisation of Composite Materials and Structures2010
Dr Andrew Shaw
Professor Peter Gosling
Robert Hiley
Extension of the Touratier Kinematic Model to Large Strains, Displacements, and Rotations2010
Dr Ben Bridgens
Professor Peter Gosling
Interpretation of results from the MSAJ "Testing Method for Elastic Constants of Membrane Materials"2010
Dr Colin Davie
Professor Peter Gosling
Investigation into the Form of the Load-Induced Thermal Strain Model2010
Professor Jon Mills
Professor Peter Gosling
Dr Ben Bridgens
Robert Grisdale
Monitoring the testing, construction and as-built condition of membrane structures by close range photogrammetry2010
Nicola Bartle
Professor Peter Gosling
Numerical Formulations for the Prediction of Deformation, Strain and Stress of Un-patterned ETFE Cushions2010
Professor Peter Gosling
Dr Ben Bridgens
Specification of a round robin exercise for the design of membrane structures2010
Dr Ben Bridgens
Professor Peter Gosling
A predictive model for flexible woven composites2009
Dr Andrew Shaw
Professor Peter Gosling
Stochastic micromechanical and macromechanical reliability analyses of composite plates2009
Robert Hiley
Dr Andrew Shaw
Dr Ian Roy
Professor Peter Gosling
A flexible non-linear shell formulation using absolute nodal coordinates2008
Dr Ben Bridgens
Professor Peter Gosling
A predictive fabric model for membrane structure design2008
Dr Andrew Shaw
Professor Peter Gosling
A stochastic micromechanics approach to predict composite material properties2008
Dr Andrew Shaw
Professor Peter Gosling
A Stochastic Micromechanics Approach To Predict Composite Material Properties2008
Professor Peter Gosling
Dr Ben Bridgens
Material testing & computational mechanics: a new philosophy for architectural fabrics2008
Faimun Faimun
Professor Peter Gosling
Optimization of laminated composite plates with reliability constraints2008
Dr Andrew Shaw
Professor Peter Gosling
Stochastic Composite Material Property Characterisation for Reliability Modelling2008
Professor Jon Mills
Professor Peter Gosling
Videogrammetric monitoring of as-built membrane roof structures2008
Arthit Petchsasithon
Professor Peter Gosling
Analytical shape and thickness sensitivities of linear shells2007
Dr Andrew Shaw
Professor Peter Gosling
Laminated Plate Modelling: Total Lagrange Formulation with Transverse Shear Strains2007
Arthit Petchsasithon
Professor Peter Gosling
Significance of geometric non-linearity on integrated thickness and shape optimal shell solutions2007
Arthit Petchsasithon
Professor Peter Gosling
The significance of geometric non-linearity on integrated thickness and shape optimal solutions2006
Arthit Petchsasithon
Professor Peter Gosling
A locking-free hexahedral element for the geometrically non-linear analysis of arbitrary shells2005
Dr Ben Bridgens
Professor Peter Gosling
A predictive fabric model for membrane structure design2005
Arthit Petchsasithon
Professor Peter Gosling
Coupled morphology optimisation of geometrically nonlinear shells2005
Arthit Petchsasithon
Professor Peter Gosling
Coupled morphology optimisation of geometrically non-linear shells2005
Dr Ian Roy
Professor Peter Gosling
A Total Lagrangian thin shell formulation with sensitivity determination2004
Dr Ian Roy
Professor Peter Gosling
An elasto-plastic Lagrangian thin shell formulation2004
Arthit Petchsasithon
Professor Peter Gosling
Analytical sensitivities for the coupled morphology optimization of linear shells2004
Dr Ben Bridgens
Professor Peter Gosling
Direct stress-strain representation for coated woven fabrics2004
Professor Peter Gosling
Experimental Study of a bonded Plastic Fiber Reinforced Polymer Connector Assembly2004
Professor Peter Gosling
Experimental study of a bonded plastic fiber reinforced polymer connector assembly2004
Dr Ben Bridgens
Professor Peter Gosling
Membrane material behaviour: concepts, practice and developments2004
Professor Peter Gosling
Dr Ian Roy
Shape sensitivities of an elasto-plastic Total Lagrangian shell for large displacements2004
Dr Ben Bridgens
Professor Peter Gosling
Tensile fabric structures: concepts, practice & developments2004
Professor Peter Gosling
Wind loading pressure coefficients on a conic shaped fabric roof – experimental methods2004
Dr Ben Bridgens
Professor Peter Gosling
Biaxial fabric testing to determine in-situ material properties2003
Professor Peter Gosling
Nonstandard Tensile Coupon for Fiber-Reinforced Plastics2003
Professor Peter Gosling
Towards meeting VLTA challenges for evacuation slides and slide-rafts2003
Professor Peter Gosling
Wind Tunnel Pressure Measurements on Conic Shaped Membrane Roof Arrangements2003
Professor Peter Gosling
A versatile cutting pattern methodology for woven fabrics2002
Dr Ian Roy
Professor Peter Gosling
EPITOMIZ - a co-ordinate based shell approach2002
Dr Ben Bridgens
Professor Peter Gosling
NURBS representation of coated woven fabric behaviour2002
Professor Peter Gosling
Dr Lienfeng Liu
Total Lagrangian perspectives on analytical sensitivities for flexible beams2002
Professor Peter Gosling
Dr Ian Roy
Towards a Large Deformation Total Lagrangian Shell Formulation2002
Professor Peter Gosling
A bendable finite element for the analysis of flexible cable structures2001
Professor Peter Gosling
Dr Lienfeng Liu
Analytical thickness sensitivities for elasto-plastic bending2001
Professor Peter Gosling
Dr Lienfeng Liu
Large deformation/strain shape sensitivities for uni-axis bending2001
Professor Peter Gosling
Sensitivity strategies for the thickness optimisation of elastic inextensible beams2001
Professor Peter Gosling
Structural research on the penstocks for Three Gorges2000
Professor Peter Gosling
A discrete energy formulation for the definition of optimal tension structures1998
Professor Peter Gosling
Optimal structural membranes - I. Formulation of a curved quadrilateral element for surface definition1996
Professor Peter Gosling
Optimal structural membranes - II. Form-finding of prestressed membranes using a curved quadrilateral finite element for surface definition1996