| Author |
Manuscripts |
Lucas A. Hof
École de technologie supérieure
|
25 Towards an Automated Circular Repair Workflow for Aerospace Composite Structures through Reverse Engineering and Digital Manufacturing
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Morteza Abouhamzeh
Amsterdam University of Applied Sciences, Aviation Academy
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39 Effects of curing-induced residual stresses in filament-wound composite pressure vessels under cryogenic temperatures
|
Jonas Appels
Institute of Lightweight Systems, German Aerospace Center (DLR), Stade, Germany
|
40 Localised Toughening of AFP Gaps in Cryogenic Hydrogen Tanks
|
Ege Arabul
University of Bristol
|
11 Real-time Feature Management in Multi-ply AFP Deposition
|
Patrick Bailey
University of South Carolina
|
43 Polymer Cold Spray on Composite Substrates
47 Robotic Large Format Additive Manufacturing for On-Demand Tooling for Composites
46 Contact-Based Locating of Non-Native Workpieces for Automated Patch Repair.
45 Automated Scarf Repair for Composite Structures
|
Christoph Brillinger
Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM
|
42 Improving Robotic Drilling Accuracy in CFRP Structures through RTM-Embedded Reference Markers and Parallel-Kinematic End-Effectors
|
Christian Böhlmann
Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM
|
42 Improving Robotic Drilling Accuracy in CFRP Structures through RTM-Embedded Reference Markers and Parallel-Kinematic End-Effectors
|
Julien van Campen
Delft University of Technology, Faculty of Aerospace Engineering
|
39 Effects of curing-induced residual stresses in filament-wound composite pressure vessels under cryogenic temperatures
|
Michael Cargill
University of South Carolina
|
47 Robotic Large Format Additive Manufacturing for On-Demand Tooling for Composites
46 Contact-Based Locating of Non-Native Workpieces for Automated Patch Repair.
45 Automated Scarf Repair for Composite Structures
|
Stefan Carosella
University of Stuttgart - Institute for aircraft design
|
26 Capacitive measurement system for ultrasonic welding – A proof of concept
|
Philip Carstensen
Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM
|
42 Improving Robotic Drilling Accuracy in CFRP Structures through RTM-Embedded Reference Markers and Parallel-Kinematic End-Effectors
|
Ashley Chadwick
German Aerospace Center (DLR) - Institute of Structures and Design
|
15 A Quantified Comparison of Commercial CF-LMPAEK Tapes
16 Layup Strategies for in-situ Automated Fiber Placement of Complex Geometries
|
Arjun Chandra Shekar
École de technologie supérieure
|
25 Towards an Automated Circular Repair Workflow for Aerospace Composite Structures through Reverse Engineering and Digital Manufacturing
|
Shahrzad Daghighi
University of the West of England
|
19 Continuous Trajectory Generation for the Automated Manufacturing of Super-Ellipsoidal Composite Pressure Vessels
|
Aywan Das
University of South Carolina
|
47 Robotic Large Format Additive Manufacturing for On-Demand Tooling for Composites
|
Wout De Backer
University of South Carolina
|
43 Polymer Cold Spray on Composite Substrates
47 Robotic Large Format Additive Manufacturing for On-Demand Tooling for Composites
46 Contact-Based Locating of Non-Native Workpieces for Automated Patch Repair.
45 Automated Scarf Repair for Composite Structures
|
Yug Desai
University of South Carolina
|
45 Automated Scarf Repair for Composite Structures
|
Clemens Dransfeld
Faculty of Aerospace Engineering, Delft University of Technology, Netherlands
|
7 Relevance of deconsolidation on the porosity of thermoplastic cfrp tubes wound with direct electrical resistance heating
40 Localised Toughening of AFP Gaps in Cryogenic Hydrogen Tanks
|
Christian Fagiano
ONERA
|
4 Generative Geometric Approach for Structured Meshing of AFP‑Manufactured Composite Parts: Geometry‑Driven Modeling and Validation
|
Mahmoud Fereidouni
Concordia University
|
10 Therplastic composite cylindrical shell made by 4D printing
9 Thermal Analysis of Incoming Tape during In-Situ Consolidation by Automated Fiber Placement Using a Novel Experimental Measurement Technique and Conjugate FVM Simulation
|
Gregorio Ferreira
University of Limerick
|
19 Continuous Trajectory Generation for the Automated Manufacturing of Super-Ellipsoidal Composite Pressure Vessels
|
Mihai Fetecau
|
7 Relevance of deconsolidation on the porosity of thermoplastic cfrp tubes wound with direct electrical resistance heating
|
Stefan Fliescher
TEXTECHNO
|
15 A Quantified Comparison of Commercial CF-LMPAEK Tapes
|
Benjamin Francis
Clemson University
|
32 Experimental Assessment of Compaction Pressure Distribution in Automated Fiber Placement: Model Validation and Unforeseen Mechanisms
|
Ben Francis
Clemson University
|
23 Composite Thermoforming Defect Identity Cards: Cause, Prevention, Detection, Significance, and Progression
|
Victor Gadow
Clemson University
|
27 Process Parameters and In-Situ Sensing Techniques for High Pressure Resin Transfer Molding
|
Juan Manuel Garcia
ONERA
|
4 Generative Geometric Approach for Structured Meshing of AFP‑Manufactured Composite Parts: Geometry‑Driven Modeling and Validation
|
Pedro Andre Garcia Camino
École de technologie Supérieure
|
34 Photogrammetry in Large Format Additive Manufacturing: an alternative tool for machining setup and inspection
|
Matthew Godbold
Clemson University
|
23 Composite Thermoforming Defect Identity Cards: Cause, Prevention, Detection, Significance, and Progression
32 Experimental Assessment of Compaction Pressure Distribution in Automated Fiber Placement: Model Validation and Unforeseen Mechanisms
|
Yannis Grohmann
German Aerospace Center
|
7 Relevance of deconsolidation on the porosity of thermoplastic cfrp tubes wound with direct electrical resistance heating
|
Ramy Harik
Clemson University
|
23 Composite Thermoforming Defect Identity Cards: Cause, Prevention, Detection, Significance, and Progression
32 Experimental Assessment of Compaction Pressure Distribution in Automated Fiber Placement: Model Validation and Unforeseen Mechanisms
27 Process Parameters and In-Situ Sensing Techniques for High Pressure Resin Transfer Molding
|
Sebastian Heimbs
TU Braunschweig, Institute of Aircraft Design and Lightweight Structures (IFL)
|
39 Effects of curing-induced residual stresses in filament-wound composite pressure vessels under cryogenic temperatures
|
Jonas von Heusinger
German Aerospace Center
|
7 Relevance of deconsolidation on the porosity of thermoplastic cfrp tubes wound with direct electrical resistance heating
|
Stephen Hilton
University of South Carolina
|
45 Automated Scarf Repair for Composite Structures
|
Wolfgang Hintze
Hamburg University of Technology
|
42 Improving Robotic Drilling Accuracy in CFRP Structures through RTM-Embedded Reference Markers and Parallel-Kinematic End-Effectors
|
Suong Hoa
Concordia University
|
10 Therplastic composite cylindrical shell made by 4D printing
9 Thermal Analysis of Incoming Tape during In-Situ Consolidation by Automated Fiber Placement Using a Novel Experimental Measurement Technique and Conjugate FVM Simulation
|
Lucas Abia Hof
École de technologie Supérieure
|
34 Photogrammetry in Large Format Additive Manufacturing: an alternative tool for machining setup and inspection
|
Mehdi Hojjati
|
5 Enhancing Pressure Uniformity and Dwell Time Control on Complex Moulds Using Adjustable-Stiffness Compaction Rollers
|
Maximilian Holland
Fraunhofer IGCV
|
18 Rule-based app tape path design for aerospace composite structures a geometry-classified manufaturability assessment
|
Cédric Huchette
ONERA
|
4 Generative Geometric Approach for Structured Meshing of AFP‑Manufactured Composite Parts: Geometry‑Driven Modeling and Validation
|
Robert Hughes
University of Bristol
|
11 Real-time Feature Management in Multi-ply AFP Deposition
|
Simon Joncas
École de technologie Supérieure
|
34 Photogrammetry in Large Format Additive Manufacturing: an alternative tool for machining setup and inspection
|
Christos Kassapoglou
Delft University of Technology
|
14 Fibre Path Planning for Automated Fibre Placement on Doubly Curved Structures
|
Ivan Komala
Delft University of Technology, Faculty of Aerospace Engineering
|
39 Effects of curing-induced residual stresses in filament-wound composite pressure vessels under cryogenic temperatures
|
Erik Kramer
Saxion | TPAC
|
13 Cost-effective large scale 3D printing of continuous fibre-reinforced thermoplastic composites using UD tapes
|
James Kratz
University of Bristol
|
11 Real-time Feature Management in Multi-ply AFP Deposition
|
David Lohuis
University of Stuttgart - Institute for aircraft design
|
26 Capacitive measurement system for ultrasonic welding – A proof of concept
|
Vincent Maes
University of Bristol
|
11 Real-time Feature Management in Multi-ply AFP Deposition
|
Mike Maher
Maher & Associates
|
27 Process Parameters and In-Situ Sensing Techniques for High Pressure Resin Transfer Molding
|
Avyadhish Malladi
Delft University of Technology
|
14 Fibre Path Planning for Automated Fibre Placement on Doubly Curved Structures
|
Luca Marinangeli
OHB System AG, Universitätsallee 27-29, Bremen, Germany
|
37 Automated fiber placement based manufacturing of a satellite launcher interface frame
|
Michael May
University of Stuttgart - Institute for aircraft design
|
26 Capacitive measurement system for ultrasonic welding – A proof of concept
|
Stig McArthur
University of Strathclyde
|
17 Real-Time Adaptive Trajectory Control for Automated Fibre Placement Using ROS-Based Defect Mitigation
|
Jorn Mehnen
University of Strathclyde
|
17 Real-Time Adaptive Trajectory Control for Automated Fibre Placement Using ROS-Based Defect Mitigation
|
Peter Middendorf
University of Stuttgart
|
26 Capacitive measurement system for ultrasonic welding – A proof of concept
|
Maximilian Muth
Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM
|
42 Improving Robotic Drilling Accuracy in CFRP Structures through RTM-Embedded Reference Markers and Parallel-Kinematic End-Effectors
|
Noah Möller
Fraunhofer IGCV
|
3 Fiber Steering, Waviness and Strength: Correlating out-of-plane-deviation with tensile strain fields in automated fiber placement
|
Christian Möller
Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM
|
42 Improving Robotic Drilling Accuracy in CFRP Structures through RTM-Embedded Reference Markers and Parallel-Kinematic End-Effectors
|
Jonas Naumann
German Aerospace Center
|
7 Relevance of deconsolidation on the porosity of thermoplastic cfrp tubes wound with direct electrical resistance heating
|
Kasahun Niguse Asfew
Delft University of Technology
|
49 Pulsed Flashlamp (HUMM3) Heating of Thermoplastic Composite Tape in In-Situ Automated Fiber Placement: Thermal Response and Physical Changes
|
Daniël Peeters
Delft University of Technology
|
14 Fibre Path Planning for Automated Fibre Placement on Doubly Curved Structures
39 Effects of curing-induced residual stresses in filament-wound composite pressure vessels under cryogenic temperatures
49 Pulsed Flashlamp (HUMM3) Heating of Thermoplastic Composite Tape in In-Situ Automated Fiber Placement: Thermal Response and Physical Changes
|
Lukas Raps
German Aerospace Center (DLR) - Institute of Structures and Design
|
16 Layup Strategies for in-situ Automated Fiber Placement of Complex Geometries
|
Alain Rassineux
Laboratoire Roberval, UTC
|
4 Generative Geometric Approach for Structured Meshing of AFP‑Manufactured Composite Parts: Geometry‑Driven Modeling and Validation
|
Menno Jan Rietema
Saxion | TPAC
|
13 Cost-effective large scale 3D printing of continuous fibre-reinforced thermoplastic composites using UD tapes
|
Nicola Riva
OHB System AG, Universitätsallee 27-29, Bremen, Germany
|
37 Automated fiber placement based manufacturing of a satellite launcher interface frame
|
Willian dos Santos Pinto
ONERA
|
4 Generative Geometric Approach for Structured Meshing of AFP‑Manufactured Composite Parts: Geometry‑Driven Modeling and Validation
|
Kevin Scheiterlein
Fraunhofer IGCV
|
3 Fiber Steering, Waviness and Strength: Correlating out-of-plane-deviation with tensile strain fields in automated fiber placement
|
Julian Schuster
Fraunhofer IGCV
|
3 Fiber Steering, Waviness and Strength: Correlating out-of-plane-deviation with tensile strain fields in automated fiber placement
18 Rule-based app tape path design for aerospace composite structures a geometry-classified manufaturability assessment
|
Yannick Schäfer
DLR
|
15 A Quantified Comparison of Commercial CF-LMPAEK Tapes
|
Daniel Stefaniak
Institute of Lightweight Systems, German Aerospace Center (DLR), Stade, Germany
|
7 Relevance of deconsolidation on the porosity of thermoplastic cfrp tubes wound with direct electrical resistance heating
40 Localised Toughening of AFP Gaps in Cryogenic Hydrogen Tanks
|
Brian Tatting
Stratos Composites
|
31 A gravitational analogy for defect distribution in thin laminates
|
Julie Teuwen
Delft University of Technology
|
49 Pulsed Flashlamp (HUMM3) Heating of Thermoplastic Composite Tape in In-Situ Automated Fiber Placement: Thermal Response and Physical Changes
|
Clara Thaldorf
DLR
|
15 A Quantified Comparison of Commercial CF-LMPAEK Tapes
|
Andreas Uhl
MT Aerospace AG, Franz-Josef-Strauß-Straße 5, 86153 Augsburg, Germany
|
37 Automated fiber placement based manufacturing of a satellite launcher interface frame
|
Heinz Voggenreiter
German Aerospace Center (DLR) - Institute of Structures and Design
|
16 Layup Strategies for in-situ Automated Fiber Placement of Complex Geometries
|
Jacob Walker
University of South Carolina
|
46 Contact-Based Locating of Non-Native Workpieces for Automated Patch Repair.
|
Paul Weaver
University of Limerick
|
19 Continuous Trajectory Generation for the Automated Manufacturing of Super-Ellipsoidal Composite Pressure Vessels
|
Bert Weteringe
Saxion | TPAC
|
13 Cost-effective large scale 3D printing of continuous fibre-reinforced thermoplastic composites using UD tapes
|
Amir Hafez Yas
|
5 Enhancing Pressure Uniformity and Dwell Time Control on Complex Moulds Using Adjustable-Stiffness Compaction Rollers
|
Catherine Yokan
University of Strathclyde
|
17 Real-Time Adaptive Trajectory Control for Automated Fibre Placement Using ROS-Based Defect Mitigation
|
Celalettin Yumus
OHB System AG, Universitätsallee 27-29, Bremen, Germany
|
37 Automated fiber placement based manufacturing of a satellite launcher interface frame
|
Thomas Zenker
MT Aerospace AG, Franz-Josef-Strauß-Straße 5, 86153 Augsburg, Germany
|
37 Automated fiber placement based manufacturing of a satellite launcher interface frame
|
Redouane Zitoune
Institut Clément Ader (ICA), Toulouse, France
|
25 Towards an Automated Circular Repair Workflow for Aerospace Composite Structures through Reverse Engineering and Digital Manufacturing
|
Giovanni Zucco
University of Limerick
|
19 Continuous Trajectory Generation for the Automated Manufacturing of Super-Ellipsoidal Composite Pressure Vessels
|