Level Sets, FEM and Sound -- Coupling the Level Set Method and the Topological Gradient in Structural Optimization -- Parametric Shape and Topology Optimization with Radial Basis Functions -- Generalized Shape Optimization Using X-FEM and Level Set Methods -- Topology Design of Three-Dimensional Structures Using Hybrid Finite Elements -- Topology Optimization of Vibrating Bi-Material Structures with Respect to Sound Radiation -- Classics Revisited -- Force Fields within Michell-Like Cantilevers Transmitting a Point Load to a Straight Support -- Reflections on Truss and Continuum Topology Optimal Designs -- Some Basic Issues of Topology Optimization -- Composites and Cellular Structures -- On Discrete Material Optimization of Laminated Composites Using Global and Local Criteria -- Analysis and Continuum Topology Optimization of Periodic Solids with Linearized Elastic Buckling Criterion -- Design of Cellular Structure for Optimum Efficiency of Heat Dissipation -- Layout of Tileable Multistable Structures Using Topology Optimization -- Topology Optimization of Dispersion Properties in Optical Fibres -- Optimal Design with Small Contrast -- Eigenfrequency and Buckling Optimization of Laminated Composite Shell Structures Using Discrete Material Optimization -- Effect of Internal Length Scale on Optimal Topologies for Cosserat Continua -- Mathematical Programming and Modelling -- Cellular Automata Paradigm for Topology Optimisation -- A one Shot Approach to Topology Optimization with Local Stress Constraints -- A Concept for Global Optimization of Topology Design Problems -- Image Processing Ideas and Level Sets -- Impedance Imaging for Inhomogeneities of Low Volume Fraction -- The Phase-Field Method in Optimal Design -- Level Set Based Shape Optimization of Geometrically Nonlinear Structures -- Industry and Software -- Industrial Implementation and Applications of Topology Optimization and Future Needs -- Recent Developments in the Commercial Implementation of Topology Optimization -- Mechanisms and Multiphysics -- Configuration Design of Rigid Link Mechanisms by an Optimization Method: A First Step -- The Pressure Load Problem Re-Visited -- Topology Optimization in Magnetic Fields -- Electro-Mechanical Topology Optimization Considering Non-Matching Meshes -- Waves -- Structural Topology Optimization of Mechanical Resonators, Actuators and Sensors -- Topology Optimization of Wave Transducers -- Optimal Mode Coupling in Simple Planar Waveguides -- Geometry Modelling -- Topology Optimization by Penalty (TOP) Method -- Topology Optimization with CAMD for Structures Undergoing Finite Deformation -- Spectral Level Set Methodology in the Design of a Morphing Airfoil -- Acoustics and Fluids and Actuators -- Topology Optimization for Acoustic-Structure Interaction Problems -- Topology Optimization of Mass Distribution Problems in Stokes Flow -- Topology Optimization for Acoustic Problems -- Topology Optimization of Wave-Propagation Problems -- Topology Optimization of Piezoelectric Actuators Considering Geometric Nonlinearities -- Mathematical Programming Issues -- The Worst-Case Multiple Load FMO Problem Revisited -- Simultaneous Optimization of Truss Topology and Geometry, Revisited -- Topology Optimization by Sequential Integer Linear Programming -- Bio -- Bio-Inspired Material Design and Optimization -- Protein Sequence Design on the Basis of Topology Optimization Techniques -- Topological Derivatives, Reliability, and Other Features -- Topological-Shape Sensitivity Method: Theory and Applications -- Topological Derivatives for Contact Problems -- Reliability-Based Topology Optimization (RBTO) -- A Feature-Based Structural Topology Optimization Method -- Composites and Graded Materials -- Design of Fiber Reinforced Shafts Subject to Local Stress Constraints Through Inverse Homogenization -- Hierarchical Optimization of Material and Structure for Thermal Transient Problems -- Optimization of Foam Filled Structures Using Gradient Algorithms -- Fluids and Materials -- The Darcy-Stokes Topology Optimization Problem -- Topology Optimization of Fluid Problems by the Lattice Boltzmann Method -- A Class of Optimal Two-Dimensional Multimaterial Conducting Laminates -- New Approaches -- Multidisciplinary Topology Design and Partial Differential Games -- Coupling Topological Gradient and Gauss-Newton Method.