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Accudyne Systems (19)

Mechatronic Technology Solutions

Accudyne Systems is a recognized leader in the design and development of first-of-a-kind equipment and processes that result in dramatic production improvements over existing systems

Showing 1 to 19 of 19 entries
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Custom-Automated-Equipment-for-the-manufacture-of-high-performance-parts-using-Carbon-Fiber-prepreg-thermoset-tape-tow-or-fabric - Custom Automated Equipment for the manufacture of high performance parts using Carbon Fiber prepreg thermoset tape, tow or fabric - Publications Custom-Automated-Equipment-for-the-manufacture-of-high-performance-parts-using-Carbon-Fiber-prepreg-thermoset-tape-tow-or-fabric : Custom Automated Equipment for the manufacture of high performance parts using Carbon Fiber prepreg thermoset tape, tow or fabric (PDF)
Automated-Fabrication-Process-For-Large-Composite-Aerospace-Structures-A-Trade-Study- - Automated Fabrication Process For Large Composite Aerospace Structures – A Trade Study - Publications Automated-Fabrication-Process-For-Large-Composite-Aerospace-Structures-A-Trade-Study- : Automated Fabrication Process For Large Composite Aerospace Structures – A Trade Study (PDF)
In-Situ-Placement-Requires-Better-Impregnated-Tapes-and-Tows - In Situ Placement Requires Better Impregnated Tapes and Tows - Publications In-Situ-Placement-Requires-Better-Impregnated-Tapes-and-Tows : In Situ Placement Requires Better Impregnated Tapes and Tows (PDF)
In-Situ-Thermoplastic-Tape-Placement-Needs-Flat-Tape-with-Few-Voids - In Situ Thermoplastic Tape Placement Needs Flat Tape with Few Voids - Publications In-Situ-Thermoplastic-Tape-Placement-Needs-Flat-Tape-with-Few-Voids : In Situ Thermoplastic Tape Placement Needs Flat Tape with Few Voids (PDF)
Modeling-the-Thermoplastic-In-Situ-ATP-Process - Modeling the Thermoplastic In Situ ATP Process - Publications Modeling-the-Thermoplastic-In-Situ-ATP-Process : Modeling the Thermoplastic In Situ ATP Process (PDF)
Tow-Path-Optimization-Software-and-Analysis-Tool-for-AFP-and-ATL - Tow Path Optimization Software and Analysis Tool for AFP and ATL - Publications Tow-Path-Optimization-Software-and-Analysis-Tool-for-AFP-and-ATL : Tow Path Optimization Software and Analysis Tool for AFP and ATL (PDF)
Reduced-Cost-Fabrication-of-Large-Composite-Aerospace-Structures-Through-Nanoparticle-Modification-of-Thermoplastics - Reduced Cost Fabrication of Large Composite Aerospace Structures Through Nanoparticle Modification of Thermoplastics - Publications Reduced-Cost-Fabrication-of-Large-Composite-Aerospace-Structures-Through-Nanoparticle-Modification-of-Thermoplastics : Reduced Cost Fabrication of Large Composite Aerospace Structures Through Nanoparticle Modification of Thermoplastics (PDF)
The-Remaining-Developments-Required-for-Commercializing-in-situ-Thermoplastic-ATP - The Remaining Developments Required for Commercializing in situ Thermoplastic ATP - Publications The-Remaining-Developments-Required-for-Commercializing-in-situ-Thermoplastic-ATP : The Remaining Developments Required for Commercializing in situ Thermoplastic ATP (PDF)
The-Design-Fabrication-Hydrostatic-Test-and-Failure-Analysis-of-a-610mm-I.D.-AS-4APC-2-Ring-Stiffened-Pressure-Hull-Model - The Design, Fabrication, Hydrostatic Test, and Failure Analysis of a 610mm I.D. AS-4:APC-2 Ring-Stiffened Pressure Hull Model - Publications The-Design-Fabrication-Hydrostatic-Test-and-Failure-Analysis-of-a-610mm-I.D.-AS-4APC-2-Ring-Stiffened-Pressure-Hull-Model : The Design, Fabrication, Hydrostatic Test, and Failure Analysis of a 610mm I.D. AS-4:APC-2 Ring-Stiffened Pressure Hull Model (PDF)
The-Design-Manufacturing-and-Hydrotesting-of-Thermoplastic-Ring-Stiffened-Composites-for-Deepsea-Pressure-Hulls- - The Design, Manufacturing and Hydrotesting of Thermoplastic, Ring-Stiffened Composites for Deepsea Pressure Hulls - Publications The-Design-Manufacturing-and-Hydrotesting-of-Thermoplastic-Ring-Stiffened-Composites-for-Deepsea-Pressure-Hulls- : The Design, Manufacturing and Hydrotesting of Thermoplastic, Ring-Stiffened Composites for Deepsea Pressure Hulls (PDF)
Developing-a-Contoured-Deposition-Head-for-in-situ-Laying-and-Fiber-Placement - Developing a Contoured Deposition Head for in situ Laying and Fiber Placement - Publications Developing-a-Contoured-Deposition-Head-for-in-situ-Laying-and-Fiber-Placement : Developing a Contoured Deposition Head for in situ Laying and Fiber Placement (PDF)
Manufacturing-Flat-and-Cylindrical-Laminates-and-Built-up-Structure-Using-Automated-Thermoplastic-Tape-Laying-Fiber-Placement-and-Filament-Winding - Manufacturing Flat and Cylindrical Laminates and Built up Structure Using Automated Thermoplastic Tape Laying, Fiber Placement, and Filament Winding - Publications Manufacturing-Flat-and-Cylindrical-Laminates-and-Built-up-Structure-Using-Automated-Thermoplastic-Tape-Laying-Fiber-Placement-and-Filament-Winding : Manufacturing Flat and Cylindrical Laminates and Built up Structure Using Automated Thermoplastic Tape Laying, Fiber Placement, and Filament Winding (PDF)
Optimal-Composite-Material-for-Low-Cost-Fabrication-of-Large-Composite-Aerospace-Structures-using-NASA-Resins-or-POSS-Nanoparticle-Modifications - Optimal Composite Material for Low Cost Fabrication of Large Composite Aerospace Structures using NASA Resins or POSS Nanoparticle Modifications - Publications Optimal-Composite-Material-for-Low-Cost-Fabrication-of-Large-Composite-Aerospace-Structures-using-NASA-Resins-or-POSS-Nanoparticle-Modifications : Optimal Composite Material for Low Cost Fabrication of Large Composite Aerospace Structures using NASA Resins or POSS Nanoparticle Modifications (PDF)
The-Hydrostatic-Collapse-Pressure-Test-and-Failure-Analysis-of-a-610-mm-I.D.-AS-4APC-2-Thermoplastic-Composite-Ring-Stiffened-Cylinder - The Hydrostatic Collapse Pressure Test and Failure Analysis of a 610 mm I.D. AS-4:APC-2 Thermoplastic Composite Ring-Stiffened Cylinder - Publications The-Hydrostatic-Collapse-Pressure-Test-and-Failure-Analysis-of-a-610-mm-I.D.-AS-4APC-2-Thermoplastic-Composite-Ring-Stiffened-Cylinder : The Hydrostatic Collapse Pressure Test and Failure Analysis of a 610 mm I.D. AS-4:APC-2 Thermoplastic Composite Ring-Stiffened Cylinder (PDF)
Limitations-on-Mechanical-Properties-in-Thermoplastic-Laminates-Fabricated-by-Two-Processes-Automated-Thermoplastic-Tape-Placement-and-Filament-Winding- - Limitations on Mechanical Properties in Thermoplastic Laminates Fabricated by Two Processes- Automated Thermoplastic Tape Placement and Filament Winding - Publications Limitations-on-Mechanical-Properties-in-Thermoplastic-Laminates-Fabricated-by-Two-Processes-Automated-Thermoplastic-Tape-Placement-and-Filament-Winding- : Limitations on Mechanical Properties in Thermoplastic Laminates Fabricated by Two Processes- Automated Thermoplastic Tape Placement and Filament Winding (PDF)
The-Fabrication-and-Performance-of-Ring-Stiffened-Cylinders-manufactured-by-a-Combined-in-situ-Automated-Thermoplastic-Filament-Winding-and-Tape-Laying-Process - The Fabrication and Performance of Ring-Stiffened Cylinders manufactured by a Combined in situ Automated Thermoplastic Filament Winding and Tape Laying Process - Publications The-Fabrication-and-Performance-of-Ring-Stiffened-Cylinders-manufactured-by-a-Combined-in-situ-Automated-Thermoplastic-Filament-Winding-and-Tape-Laying-Process : The Fabrication and Performance of Ring-Stiffened Cylinders manufactured by a Combined in situ Automated Thermoplastic Filament Winding and Tape Laying Process (PDF)
The-Fabrication-and-Performance-of-Flat-Skin-Stringer-and-Honeycomb-Panels-Manufactured-by-a-Thermoplastic-Automated-Tape-Placement-Process - The Fabrication and Performance of Flat Skin Stringer and Honeycomb Panels Manufactured by a Thermoplastic Automated Tape Placement Process - Publications The-Fabrication-and-Performance-of-Flat-Skin-Stringer-and-Honeycomb-Panels-Manufactured-by-a-Thermoplastic-Automated-Tape-Placement-Process : The Fabrication and Performance of Flat Skin Stringer and Honeycomb Panels Manufactured by a Thermoplastic Automated Tape Placement Process (PDF)
Stringer-Honeycomb-Core-and-TIGR-Stiffened-Skins-and-Ring-Stiffened-Cylinders-Fabricated-from-Automated-Thermoplastic-Fiber-Placement-and-Filament-Winding - Stringer-, Honeycomb Core-, and TIGR-Stiffened Skins, and Ring-Stiffened Cylinders Fabricated from Automated Thermoplastic Fiber Placement and Filament Winding - Publications Stringer-Honeycomb-Core-and-TIGR-Stiffened-Skins-and-Ring-Stiffened-Cylinders-Fabricated-from-Automated-Thermoplastic-Fiber-Placement-and-Filament-Winding : Stringer-, Honeycomb Core-, and TIGR-Stiffened Skins, and Ring-Stiffened Cylinders Fabricated from Automated Thermoplastic Fiber Placement and Filament Winding (PDF)
Conformable-Compaction-Systems-Used-in-Automated-Fiber-Placement-of-Large-Composite-Aeorspace-Structures - Conformable Compaction Systems Used in Automated Fiber Placement of Large Composite Aeorspace Structures - Publications Conformable-Compaction-Systems-Used-in-Automated-Fiber-Placement-of-Large-Composite-Aeorspace-Structures : Conformable Compaction Systems Used in Automated Fiber Placement of Large Composite Aeorspace Structures (PDF)

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