Håkan Wirdelius
Håkan Wirdelius got his PhD degree in 1995 in theoretical and applied Mechanics. The title of the thesis was Ultrasonic NDT in crack detection – Mathematical modelling and was focused on mathematical modelling of ultrasonic transmitter and receiver probes used in non-destructive testing applications. He is since 2010 Docent in Advanced Non-Destructive Testing (NDT) and his heading a research group (4 ass. Prof. And 4 PhD students) at the department of Materials and Manufacturing Technology and he is also, since 1998, the director of a SCeNDT- Scientific Centre of Non-Destructive Testing at Chalmers.
Showing 48 publications
Comparison between three mathematical models of three well defined ultrasonic NDT cases
Experimental Validation of a Phased Array Probe Model in Ultrasonic Inspection
Validation of models for Laser Ultrasonic spectra as a function of the grain size in steel
Ultrasonic Assessment of Metal Microstructures, Modelling and Validation
Integrity and quality assessment applied on laser welded titanium components
The implementation and validation of a phased array probe model into the simSUNDT software
Validation of a high resolution x-ray technique within the PARENT program
A Receiver Model for Ultrasonic Ray Tracing in an Inhomogeneous Anisotropic Weld
The Potential in Simulation and Metamodeling for the Understanding and Development of NDE
An Optimization Technique for Inverse Crack Detection
An ultrasonic methodology to non-destructively estimate the grain orientation in an anisotropic weld
The Potential in Simulations and Meta- Modelling for Understanding and Development of NDE
Estimating Probability of Detection Curves Related to Eddy Current Sender – Receiver Probes
EMULATION OF POD CURVES FROM SYNTHETIC DATA OF PHASED ARRAY ULTRASOUND TESTING
POD GENERATED BY MONTE CARLO SIMULATION USING A META-MODEL BASED ON THE simSUNDT SOFTWARE
X-ray modeling of realistic synthetic radiographs of thin titanium welds
Simulation Based Validation of the Detection Capacity of an Ultrasonic Inspection Procedure
Synthetic Non-Parametric POD for Large Defects
Recent survey and application of the simSUNDT software
Radiographic sensitivity improved by optimized high resolution X-ray detector design
EXPERIMENTAL VALIDATION OF THE UTDEFECT SIMULATION SOFTWARE
Scattering of SH waves by isolated cracks using a hybrid approach
Ultrasonic simulation of immersion pulse-echo situation and experimental validations
Benchmarking - a validation of UTDefect
A 2D model of ultrasonic wave propagation in an anisotropic weld
MODELLING OF ULTRASONIC BACKSCATTERING DUE TO GRAIN GROWTH IN A WELDED REGION
The simSUNDT Software - Survey and Recent Development
MODEL OF ULTRASONIC RAY PATHS IN AN ANISOTROPIC WELD BASED ON RAY METHOD
The simSUNDT software and experimental validation of the grain noise model
Examples of mathematical modelling used as a tool within NDT qualification
UTDefect: A simulation tool for ultrasonic NDT
A model for ultrasonic NDE on defect detection
Ultrasonic probe modelling and nondestructive crack detection
Probe model implementation in the null field approach to crack scattering
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Showing 9 research projects
Adaptive Non Destructive Testing of Additive Manufacturing
Ultrasonic probe modeling and Nondestructive Characterization of Stress Corrosion Cracks
QUALITY II - Advanced quality assurance of welded and adhesively bonded joints
Validation of a system for lifetime assessment of laser welded titanium components
Product Uniformity Control (PUC)