All Stories

  1. Thermal and Orbital Simulation of an Innovative Hybrid Space-Based Solar Power Satellite for Energy Transmission Through a Combination of Infrared and Microwave Beaming
  2. UAV In-Flight Monitoring Approach Through Interaction Between AR Visualization and Embedded Optical Fiber Sensors
  3. Proposal for an Enhanced Monitoring Technique for Active Control of Aircraft Flap Asymmetry
  4. The Integration of Solar Panels onto a Carbon Fiber Structure for a Solar-Powered UAS
  5. Experimental Evaluation of Mechanical Properties in Transmission Mechanisms of Electromechanical Actuators
  6. Innovative Monitoring for Aeronautical Application Through Augmented Reality
  7. Detection of Abnormal Conditions in Electro-Mechanical Actuators by Physics-Informed Long Short-term Memory Networks
  8. System-level Probabilistic Remaining Useful Life Prognostics and Predictive Inspection Planning for Wind Turbines
  9. Augmented Reality Visualization of Fiber Bragg Grating Sensor Data for Aerospace Application
  10. Smart Composites Manufacturing and Testing by Insertion of Fiber Bragg Gratings Sensors
  11. Preliminary Analysis and Optimization via CFD of a Liquid Hydrogen Pressure Regulating Piston Valve
  12. Reducing Ground Impact Hazards of a Solar UAV Through Modelling and Analysis
  13. Simulation of an Aerospace Electrohydraulic Servomechanism, with different Coulomb Friction models
  14. Rapid prototyping of FBG-based optical sensors for vibration analysis of mechatronic systems
  15. A Simplified Hydraulic Capacity-Sensitive Fluid Dynamics Numerical Model for Monitoring Aerospace Electro-Hydraulic Actuators
  16. Machine Learning Based Prognostics of On-Board Electromechanical Actuators
  17. Coulomb Friction Model Analysis, Acting on an Aerospace Servocommand
  18. Smart Monitoring of Systems Thermal Properties Through Optical Fiber Sensors and Augmented Reality
  19. Experimental development and evaluation of a fiber bragg grating-based outside air temperature sensor for aircraft applications
  20. Sensitivity analysis of FBG sensors for detection of fast temperature changes
  21. Creation of a Support Software for the Development of a System for Sending and Visualizing FBG Sensor Data for Aerospace Application
  22. Experimental analysis of FBG sensors thermal calibration under different loading conditions
  23. Influence of adhesive and application method on FBG temperature sensors for space applications
  24. Analysis of the fixing process of FBG optical sensors for thermomechanical monitoring of aerospace applications
  25. Lumped parameters multi-fidelity digital twins for prognostics of electromechanical actuators
  26. Modeling the electrical part of an aeronautical EMA using Simscape
  27. Novel active control technique of aircraft flaps asymmetry
  28. Prognostics of aerospace electromechanical actuators: comparison between model-based metaheuristic methods
  29. Simplified Modeling of a Flapper-Nozzle Servo Valve for Electro-Hydraulic Actuators: Genetic Algorithms and Neural Networks
  30. Fiber Bragg Grating Sensor Networks Enhance the In Situ Real-Time Monitoring Capabilities of MLI Thermal Blankets for Space Applications
  31. Fiber Bragg Grating Sensor Networks enhances the in-situ real time monitoring capabilities of MLI Thermal Blankets for Space Applications
  32. A Model-Based Prognostic Framework for Electromechanical Actuators Based on Metaheuristic Algorithms
  33. Fiber Optic Sensors for Harsh and High Radiation Environments in Aerospace Applications
  34. A Model-Based Prognostic Framework for Electromechanical Actuators based on Metaheuristic Algorithms
  35. Air-to-Ground Transmission and Near Real-Time Visualization of FBG Sensor Data via Cloud Database
  36. Comprehensive Visualization of Data Generated by Fiber Bragg Grating Sensors
  37. FBG Thermal Response Analysis for Electro-Mechanical Components Monitoring in Aerospace Systems
  38. Experimental Development and Evaluation of a Fiber Bragg Grating-Based Outside Air Temperature Sensor for Aircraft Applications
  39. Analysis of FBG Sensors Performances When Integrated Using Different Methods for Health and Structural Monitoring in Aerospace Applications
  40. High-Fidelity Digital-Twin Validation and Creation of an Experimental Database for Electromechanical Actuators Inclusive of Failures
  41. Experimental Validation of Multi-fidelity Models for Prognostics of Electromechanical Actuators
  42. Innovative sensor networks for massive distributed thermal measurements in space applications under different environmental testing conditions
  43. An Improved Fault Identification Method for Electromechanical Actuators
  44. Study of FBG-based optical sensors for thermal measurements in aerospace applications
  45. Learning for Predictions: Real-Time Reliability Assessment of Aerospace Systems
  46. A novel model-based metaheuristic method for prognostics of aerospace electromechanical actuators equipped with PMSM
  47. Digital twins for prognostics of electro-hydraulic actuators: novel simplified fluid dynamic models for aerospace valves
  48. The thermal control system of NASA’s Curiosity rover: a case study
  49. FBG-based Optical Sensor Networks for Thermal Measurements in Aerospace Applications
  50. Computational framework for real-time diagnostics and prognostics of aircraft actuation systems
  51. A New Method for Friction Estimation in EMA Transmissions
  52. A new simplified fluid dynamic model for digital twins of electrohydraulic servovalves
  53. Preliminary Analysis on Environmental and Intrinsic Factors on FBG-Based Vibration Sensors
  54. Specific Category Operations Within the U-Space: Expert Systems Embedded Within RPAS as an Original Mean of Mitigation of Operational Safety Risks
  55. A sensor fusion strategy based on a distributed optical sensing of airframe deformation applied to actuator load estimation
  56. Learning for predictions: real-time reliability assessment of aerospace systems
  57. Actuator Load Estimation From Distributed Optical Sensing of Airframe Deformation
  58. Design and Development of an Electromechanical Actuator Test Bench for Validation of Health Monitoring Models
  59. Environmental Sensitivity of Fiber Bragg Grating Sensors for Aerospace Prognostics
  60. Diagnostics of Electro-Mechanical Actuators Based Upon the Back-EMF Reconstruction
  61. High gear ratio mechanical transmissions for actuators: Simplified models for efficiency under opposing and aiding loads
  62. Integration of rule-based ‘Expert Systems’ on RPAS capable of Specific Category Operations within the U-space: an original mitigation strategy for operational safety risks
  63. Model-based strategy and surrogate function for health condition assessment of actuation devices
  64. Optical fibers applied to aerospace systems prognostics: design and development of new FBG-based vibration sensors
  65. Full Integration of Light RPAS into Not Segregated Airspace: Preliminary Safety Analysis for the Implementation of a Risk Model
  66. A first-order lumped parameters model of electrohydraulic actuators for low-inertia rotating systems with dry friction
  67. A review of simplified servovalve models for digital twins of electrohydraulic actuators
  68. Proposal of a simplified Coulomb friction numerical model for the preliminary design of electrohydraulic servomechanisms
  69. Innovative Actuator Fault Identification Based on Back Electromotive Force Reconstruction
  70. Design and development of innovative FBG-based fiber optic sensors for aerospace applications
  71. Design and Development of a Planetary Gearbox for Electromechanical Actuator Test Bench through Additive Manufacturing
  72. Back-EMF Reconstruction for Electromechanical Actuators in Presence of Faults
  73. Comparison of Metaheuristic Optimization Algorithms for Electromechanical Actuator Fault Detection
  74. Study of Packaging and Installation of FBG Sensors for Monitoring of Aircraft Systems
  75. Fault Detection and Identification Method Based on Genetic Algorithms to Monitor Degradation of Electrohydraulic Servomechanisms
  76. Thermal condition monitoring of large smart bearing through fiber optic sensors
  77. Model-Based Fault Detection and Identification for Prognostics of Electromechanical Actuators Using Genetic Algorithms
  78. Optimization Techniques for Prognostics of On-Board Electromechanical Servomechanisms Affected by Progressive Faults
  79. Feasibility study of FBG-based sensors for prognostics in aerospace applications
  80. Real-time Fault Detection and Prognostics for Aircraft Actuation Systems
  81. A Comparison of Bio-Inspired Meta-Heuristic Algorithms for Aircraft Actuator Prognostics
  82. A Lumped Parameter High Fidelity EMA Model for Model-Based Prognostics
  83. A new active asymmetry monitoring and control technique applied to critical aircraft flap control system failures
  84. A simplified monitoring model for PMSM servoactuator prognostics
  85. Experimental comparison of Fiber Bragg Grating installation techniques for aerospace systems
  86. Proposal of a new simplified fluid dynamic model for aerospace servovalves
  87. Permanent Magnet Synchronous Motor (PMSM) for Aerospace Servomechanisms: Proposal of a Lumped Model for Prognostics
  88. Study of new Fluid Dynamic Nonlinear Servovalve Numerical Models for Aerospace Applications
  89. Metaheuristic Bio-Inspired Algorithms for Prognostics: Application to on-Board Electromechanical Actuators
  90. Automatic Painting and Paint Removal System: A Preliminary Design for Aircraft Applications
  91. Prognostics of Onboard Electromechanical Actuators: a New Approach Based on Spectral Analysis Techniques
  92. Diagnostic/prognostics strategies applied to physical dynamic systems: A critical analysis of several model-based fault identification methods
  93. Evaluations on adequacy and utility of Failure Modes and Effects and Criticality Analysis and Fault Tree Analysis methodologies applied to civil RPAS systems
  94. A Simplified Monitor Model for EMA Prognostics
  95. New prognostic neural method by discrete wavelet transforms for electromechanical flight controls affected by progressive faults
  96. Prognostics of onboard electrohydraulic servomechanisms: Proposal of a novel model-based fault detection neural technique
  97. On-board electromechanical servomechanisms affected by progressive faults: Proposal of a smart GA model-based prognostic approach
  98. A new spectral technique for prognostics of multiple failures in electromechanical actuators
  99. Model Based Analysis of Precursors of Electromechanical Servomechanism Failures
  100. Flap failure and aircraft controllability: Developments in asymmetry monitoring techniques
  101. Interaction Problems Between Users in the Design of Hydraulic System
  102. Comparative Analysis of a Hydraulic Servo-Valve
  103. New asymmetry monitoring techniques: Effects on attitude control