Johan Lööf

2019

A Virtual Design of Experiments Method to Evaluate the Effect of Design and Welding Parameters on Weld Quality in Aerospace Applications

Mitigating Risk of Producibility Failures in Platform Concept Development

Towards Adopting Digital Twins to Support Design Reuse during Platform Concept Development

2016

Robust design of aero engine structures: Transferring form error data when mapping out design spaces for new turbine components

2016

Welding of non-nominal geometries – physical tests

Robust lifecycle optimization of turbine components using simulation platforms

Discrete tolerance allocation for product families

Robustness in aerospace components manufacturing and fabrication – a case study

2011

Virtual Robustness Evaluation of Turbine Structure Assemblies Using 3D Scanner Data

MULTIDISCIPLINARY ROBUSTNESS EVALUATIONS OF AERO ENGINE STRUCTURES

2011

Multidisciplinary Robustness Evaluations of Aero Engine Structures

Robust Tolerance Design Applied on Robot Concept Development

Managing Geometrical Variation through Optimization and Visualization

Optimizing Locator Position to Maximize Robustness in Critical Product Dimensions

Secure Variation along a Robot Path using Discrete Tolerance Allocation Optimization

Envelope of Rotating Parts Based on Motion and Variation Simulation Data

Managing Geometrical Variation in Complex Assemblies through Visualization and Tolerance Allocation

Top-Down Decomposition of Multi-Product Requirements onto Locator Tolerances

An Efficient Solution to the Discrete Least-Cost Tolerance Allocation Problem with General Loss Functions

Visualization of Motion Envelope of Parts and Assemblies Based on Simulation or Measurement Data

Visualization of Variation in Early Design Phases: A Convex Hull Approach

An Efficient Solution to the Discrete Least-Cost Tolerance Allocation Problem With General Loss Functions