Projects

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Project status

  • 93
  • 91

Field of competence

  • All
  • Design of Composite Structures
  • Mechanical Characterization & Modeling
  • Fatigue & Life Time Prediction
  • Impregnation & Preform Technologies
  • Press & Joining Technologies
  • Process Simulation
  • Roving & Tape Processing
  • Tailored & Smart Composites
  • Tailored Thermosets & Biomaterials
  • Tribology
  • Material Cycles

Field of competence

  • All
  • Design of Composite Structures
  • Mechanical Characterization & Modeling
  • Fatigue & Life Time Prediction
  • Impregnation & Preform Technologies
  • Press & Joining Technologies
  • Process Simulation
  • Roving & Tape Processing
  • Tailored & Smart Composites
  • Tailored Thermosets & Biomaterials
  • Tribology
  • Material Cycles

Industrial sector

  • All
  • Automotive
  • Construction Industry
  • Energy
  • Aeronautics & Space
  • Engineering
  • Medical Engineering
  • Sports & Recreation

Industrial sector

  • All
  • Automotive
  • Construction Industry
  • Energy
  • Aeronautics & Space
  • Engineering
  • Medical Engineering
  • Sports & Recreation

Selected IVW projects

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    AbsorpAdhesive

    Damping Behavior of Bonded Composite Joints

    The aim of the project is to simplify the dynamic design and to take into account the damping properties.

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    AIRPOXY

    Vitrimers Bridging the Gap between Thermoplastics and Thermosets

    Systematic development of lightweight bio-based composites with excellent heat resistance for structural applications.

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    AVK Expert Task Force

    Continuous Fiber Reinforced Thermoplastics within the Automotive Industry

    Standardization of continuous fiber reinforced thermoplastics applications within the automotive industry

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    Design of Injection Molded Plastic Gears

    This project aims at the development of a guideline for the suitable design of plastic gears, considering function, material and technology, using a physical and experimentally validated approach.

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    BFKcraft

    Basalt Fiber Lamellae for Static Building Renovation

    The project investigates and develops eco-efficient basalt fiber composite lamellae and their manufacturing processes for reinforcement systems for static building refurbishment.

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    Biobased Wood Fiber Composites

    Developing a thermally stable, bio based composite

    Development of environmentally compatible, biobased polymer composites for structural applications in automotive engineering

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    BioBuild

    Replacement of traditional building materials like bricks and aluminum by bio-based materials like natural fiber reinforced biopolymers

  • BioSMC

    Use of Bio-Based and Renewable Raw Materials in SMC

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    BIOMAT

    An Open Innovation Test Bed for Nano-Enabled Bio-Based PUR Foams and Composites

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    CarboSteer

    Effective Recycling of Carbon Fibers

    In the research project CarboSteer a new process technology to recycle carbon fibers and to reuse the material in high performance parts is investigated.

  • CFC – Carbon Fibers in a Cycle

    Release behavior and toxicity properties of carbon fibers during thermal treatment and mechanical processing

    The aim of this project is to identify possible release scenarios for carbon fiber dusts through their entire life cycle, including their recycling and reuse, as well as a toxicological evaluation of possible hazards.

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    Chara-TPC

    Characterization Methods for Thermoplastic Composites

    Development of new, efficient characterization methods for complex loading cases of CFRTC for generating comparable material properties

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    CrashOpt

    Development of a Material Model

    Development of a material model for unidirectional and continuous fiber reinforced thermoplastics

  • DamageDict

    Simulative Schädigungsvorhersage von Gelege-Laminaten

    Ziel des Projektes DamageDict ist es ein Simulationstool zu entwickeln, welches bei geringem Versuchsaufwand das Versagen von Verbundwerkstoffen zielsicher vorhersagt.

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    DFG-Stitch Absorber

    Increased energy absorption and an improved structural integrity of FRP structures in case of critical tensile and bending load

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    DFG-SCFRP

    Increased energy absorption and an improved structural integrity of FRP structures in case of critical tensile and bending load

  • Through-the-Thickness Permeabiltiy of the Reinforcing Tex

    Design of a more efficient resin injection process

    Knowledge about the impregnation behaviors of reinforcement textiles

  • 3DPrint2Fiber

    Structure Optimized 3D-Print Orthoses

    Development of a hybrid process for the production of personalized and structurally optimized 3D-print orthoses on site

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    ECOrCF

    Environmentally Friendly and Holistic Recycling of CFRP

    Development of a holistic thermolysis process as well as preparation of recycled CF for reuse

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    EasyEntry2TPC

    Thermoplastic liquid impregnation

    Thermoplastic liquid impregnation for rapid entry into the production of continuously fiber-reinforced thermoplastic composites based on established thermoset process chains

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    Development of a Wood Base

    Development of Sustainable and High Performance Wood Based Material

    Aim of the project is to develop sustainable and efficient wood-based materials.

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    FIXTER

    Development of an easy-to-use, cost-effective and robust hybrid polymer implant for sternum closure

    Development of a novel sternal closure implant using new polymer-based hybrid designs

  • FlexHyJoin

    Flexible Production Cell for Hybrid Joining

    Improvement of the use FRP by developing a fully automatic joining process for the automotive industry

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    FlexShaft

    Development of a flexible CFRP torque shaft in bending direction to securely transfer a high torque load.

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    HARVEST

    HARVEST is an ambitious project, aiming at providing the aerospace sector with a safer, more economic and environmentally friendly structural material.

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    HyBe

    Automated hybrid welding of metallic fasteners to fiber-plastic composite components

  • HyRoS

    Multifunctional Hybrid Rotor Blade Protection System

    Development of an erosion protection layer for wind energy plants and a rotor blade heating system

  • HySpine

    Development of a Metal-Free Spinal Implant

    Development of a metal-free pedicle screw system to prevent artefacts

  • Hypersaddle

    High Performance Fahradsattel in Hybridbauweise

    Ziel ist die Entwicklung eines individualisierten Fahrradsattels, der Komfort, Leichtbau und Haltbarkeit im hohem Maße vereint.

  • [Translate to English:]

    IMAPRESS

    Innovative Tools for Extra Wide Organo Sheets

    Development of a novel tool technology to increase the impregnation performance of continuous compression molding

  • Induction Welding of CFK

    Increasing the velocity of the induction welding process

  • InjectProfile

    Thermoplastische Low-Cost Flugzeug-Profile

  • InnoClip

    Development of a new x-ray transparent aneurysm clip based on biocompatible materials

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    InTeKS

    Innovative textile structures from carbon staple fibres

    Development and manufacturing of rCF staple fiber based organo sheets and the creation of an associated FE-model for the simulation of the thermoforming process of this material.

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    Int. Benchmark Study for Permeability Measurement

    Benchmark study on permeability determination

    International organizational team for a new benchmark study on "virtual" permeability measurement

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    KOBU

    rCF-Reinforced Beech Wood Hybrid Beam

    The aim of the project was the development of a resource-efficient hybrid beech wood beam and the improvement of the life cycle assessment by using low grade beech wood and recycled carbon fiber.

  • Kontaktwinkelanalyse

    Bestimmung der Oberflächenenergie

    Die Kontaktwinkelanalyse stellt somit sowohl für die anwendungsorientierte Grundlagenforschung als auch für die Qualitätskontrolle eine elementare Analytikmethode dar und komplementiert die Werkstoffanalytik am Institut.

  • [Translate to English:]

    LifeTool

    Lifetime Assessment of Organo Sheets

  • Listen2theSOURCE

    Identifying Damaging Events in FRP Acoustically

    Listen2theSOURCE develops the necessary tools to enable acoustic emission analysis for reliably identifying different types of damage in fiber reinforced plastics

  • MarineCare

    Nachhaltige Verbundwerkstoffe für maritime Anwendungen

    Ziel von MarineCare ist die Entwicklung eines nachhaltigen Verbundwerkstoffes aus recycelten und biobasierten Werkstoffen sowie die Entwicklung eines dazugehörigen abfallminimierenden Herstellungsverfahrens.

  • MaTaInH2

    Materialeffiziente Industrialisierung von H2-Drucktanks

    In dem 3-jährigen Forschungsprojekt „MaTaInH2“ wird von den Projektpartnern Mahle, der TUM und dem IVW das Ziel der Industrialisierung der Großserienproduktion von Wasserstoff-Drucktanks bei gleichzeitiger Reduktion der Produktkosten verfolgt.

  • Math2Composites

    Material Simulator for Textile Based Composites

    Development of a simulation software module for the determination of material parameters, which replaces experimental tests by validated simulations.

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  • Material Model for the Compression Behavior in SMC

    Development of an efficient and accurate material model for the prediction of the flow behavior and the fiber orientation in SMC materials

  • MCFK

    Funktionsintegration mit metallischen Endlosfasern

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    Mechanical Characterization

    of CFRP Hydrogen Tank Segments

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    Media Tight

    Material Simulator for Textile Based Composites

    Development of a simulation software module for the determination of material parameters, which replaces experimental tests by validated simulations.

  • nanUVation

    Schrumpfarme und UV-härtende Hausanschluss-Inliner

    Das Projekt erforscht und entwickelt schrumpfarme sowie haftende faserverstärkte Kunststoffe für die Applikation als Hausanschluss-Inliner unter UV-Aushärtung.

  • Next-Move

    Concepts of Next Generation of Moveables

    Introduction of a new methodology that enables the production of closed FRP box structures efficiently and enables new possibilities of construction

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    OSFIT

    Thermoplastic Integral Frames in One Shot Process

    Development of a highly automated manufacturing process for CFRP-structural parts, such as aircraft frames, with thermoplastic-matrix

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    ProClimb

    Hardware Parts made of Fiber-Reinforced-Plastic-Composite for Belt Systems

    Development of a simulation software module for the determination of material parameters, which replaces experimental tests by validated simulations.

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    pro-TPC-Structure

    High-Performance Structural Components in One Shot

    In the pro-TPC structure project, thermoplastic continuous fiber reinforced inserts are combined with thermoplastic short fiber reinforced injection molding material.

  • R4PP

    Innovative Radial Piston Pump for Food Applications

    Efficient radial piston pumps with polymeric high performance composites for food applications

  • rCF-Mobil

    Recycled High Performance Composites for Automotive Industry

    High-pressure capillary rheometer is used to investigate the melt flow behavior of thermoplastic polymers and blends.

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    Retention

    Research Cooperation IVW and CACM Auckland, New Zeeland

    High-pressure capillary rheometer is used to investigate the melt flow behavior of thermoplastic polymers and blends.

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    Recycling of CFRP with thermoplastic matrix

    In addition to the recycling of valuable materials after an aircraft has been in use, the reprocessing of production waste in the manufacture of components can also make a contribution to protecting the environment and reducing costs.

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    Simultaneous FTIR-Rheology-Testing

    In addition to the recycling of valuable materials after an aircraft has been in use, the reprocessing of production waste in the manufacture of components can also make a contribution to protecting the environment and reducing costs.

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    SCFRP

    Steel Fiber Reinforced CFRP

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    SOPHIA

    Smart Processes and Optimized Designs for High Production Cadences

    Development of a new integral foam construction with thermoplastic cover layer for cabin components using the sidewall as an example

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    Structure Elucidation with X-Ray Microscopy

    In addition to the recycling of valuable materials after an aircraft has been in use, the reprocessing of production waste in the manufacture of components can also make a contribution to protecting the environment and reducing costs.

  • [Translate to English:]

    SusComTrab

    Flame Retardant Sustainable Composites

    Development of a new integral foam construction with thermoplastic cover layer for cabin components using the sidewall as an example

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    Speedpreg

    Development of a High-Speed Winding Process

  • Thermography on Composite Materials

    More than just a Thermal Image

    Life time enhancement of thermoplastic FRP-metal-hybrids by reducing process induced residual stresses

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    TraNa – Colorable and Flame-Resistant Sheet Molding Compo

    Life time enhancement of thermoplastic FRP-metal-hybrids by reducing process induced residual stresses

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    Transfer Film Formation

    On the Trail of Mysterious Third Bodies

    Exploration of the influence of material formulation, testing parameters, and surface micro-structure of the metallic sliding partner on the evolution of transfer films of polymer composites

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    Thermoforming Simulation of Organosheet Materials

    Forming behavior of continuous fiber reinforced thermoplastics

    Forming behavior of continuous fiber reinforced thermoplastics in the thermoforming process and to make statements about resulting fiber orientation, final contour, and wrinkling

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    Composites and Sustainability

    This project aims to apply the TMOR method for determining thermal volume expansion of polymers and composites and as well as the fundamentally related material phenomena.

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    VortexGen

    Active turbulators for aviation

    Active hybrid structures enable a novel situation-dependent adaptation of aircraft aerodynamics, which increases efficiency and reduces noise pollution.