Rikard Söderberg
Dr Rikard Söderberg är professor i produkt-och produktionsutveckling. Han disputerade vid Chalmers 1995. Efter några år inom IT-och konsultbranschen gick han tillbaka till Chalmers för att bygga upp sin forskargrupp inom Geometrisäkring & Robust Konstruktion. Rikard var fram till Chalmers omorganisation 2017 prefekt för Institutionen för produkt-och produktionsutveckling. Han är föreståndare för Wingquist Laboratory.
Rikard har varit vetenskaplig rådgivare för Fraunhofer Chalmers Centre för industriell matematik sedan starten 2001 ochär sedan några år tillbaka dess styrelseordförande. Han är Fellow i The American Society of Mechanical Engineers (ASME), Fellow i The International Academy for Production Engineering (CIRP) och ledamot av Kungl. Ingenjörsvetenskapsakademien (IVA).
Hans egen forskning fokuserar på att minimera effekten av geometrisk variation och inkluderar industridesign, visualisering, robust konstruktion, statistisk variationssimulering, optimering, montering modellering och analys, mätberedning och analys av mätdata. Han har ett nära samarbete med fordons-och flygindustrin.
Rikard har ca 300 peer review granskade vetenskapliga publikationer och ett antal av hans vetenskapliga resultat har överförts till kommersiella programvaror och arbetssätt, vilka idag används i daglig drift av ett stort antal ingenjörer i internationella företag.
Visar 352 publikationer
Algorithm for Detecting Load-Carrying Regions Within the Tip Seat of an Indexable Cutting Tool
Simulation of variation for manual assembly when mis-constraining occurs
Digital Twin-Based Clamping Sequence Analysis and Optimization for Improved Geometric Quality
Towards Enhanced Functionality and Usability of Giving Manikin Task Instructions in a DHM Tool
A Simulation Study on the Effect of Layer Thickness Variation in Selective Laser Melting
A MANUFACTURING COMPENSATION METHOD AS APPLIED TO CFRP COMPONENTS IN AERO ENGINES
Challenges in geometry assurance for composites manufacturing
Challenges in Geometry Assurance of Megacasting in the Automotive Industry
WORKING AGILE TO SPEED UP RESEARCH WITH INDUSTRY: FIVE INDEPENDENCE PRINCIPLES
Robust Contact Modeling in Non-Rigid Variation Simulation
Evaluation of geometric tolerances using strain energy density
Efficient Joining Sequence Variation Analysis of Stochastic Batch Assemblies
A New Heat Source Model for Keyhole Mode Laser Welding
Resonance Risk and Mode Shape Management in the Frequency Domain to Prevent Squeak and Rattle
Model-based definition in computer aided tolerance analyses
VARIATION ANALYSIS OF CARBON FIBRE REINFORCED POLYMERS LIGHT WEIGHT AERO ENGINE PARTS
Optimal part matching and joining sequence in non-rigid assemblies for improved geometric quality
CONTACT SEARCH USING A KD-TREE FOR NON-RIGID VARIATION SIMULATION
Efficient joining sequence variation analysis of stochastic batch assemblies
Modeling and optimization of implementation aspects in industrial robot coordination
Preliminary study on perceived comfort of car seats: A quantitative approach to visual cues
Automotive UX design and data-driven development: Narrowing the gap to support practitioners
Dynamic platform modeling for concurrent product-production reconfiguration
Integrated Tolerance and Fixture Layout Design for Compliant Sheet Metal Assemblies
Critical joint identification for efficient sequencing
A Robust Design Perspective on Factors Influencing Geometric Quality in Metal Additive Manufacturing
Towards a digital twin setup for individualized production of fabricated components
Efficient spot welding sequence simulation in compliant variation simulation
Transforming brand core values into perceived quality: A Volvo case study
Design of the top tether component for the premium car market segment: Case study of Volvo Cars
Geometrical Variation Mode Effect Analysis (GVMEA) for Split Lines
Cognitive Quality: An Unexplored Perceived Quality Dimension in the Automotive Industry
THE USE of VEHICLE DATA in ADAS DEVELOPMENT, VERIFICATION and FOLLOW-UP on the SYSTEM
Perceived quality of products: a framework and attributes ranking method
Functional tolerancing of surface texture - A review of existing methods
Optimal design of fixture layouts for compliant sheet metal assemblies
Design of a data-driven communication framework as personalized support for users of ADAS
Efficient spot welding sequence simulation in compliant variation simulation
Identification of variation sources for high precision fabrication in a digital twin context
Efficient Spot Welding Sequence Optimization in a Geometry Assurance Digital Twin
Individualizing Locator Adjustments of Assembly Fixtures Using a Digital Twin
Corrected capability studies with asymmetrical tolerances
Developing a selective assembly technique for sheet metal assemblies
Non-Rigid Variation Simulation for Ready-to-Assemble Furniture
Nonlinear Material Model in Part Variation Simulations of Sheet Metals
Perceived quality framework in product generation engineering: an automotive industry example
Influence of Selective Laser Heat Treatment Pattern Position on Geometrical Variation
Efficient Compliant Variation Simulation of Spot-Welded Assemblies
Perceived Quality Evaluation with the Use of Extended Reality
Big Data Usage Can Be a Solution for User Behavior Evaluation: An Automotive Industry Example
Mitigating Risk of Producibility Failures in Platform Concept Development
An information and simulation framework for increased quality in welded components
Inspection Data to Support a Digital Twin for Geometry Assurance
Nonlinear modelling and simulation of impact events and validation with physical data
Tolerancing: Managing uncertainty from conceptual design to final product
Geometrical Variation from Selective Laser Heat Treatment of Boron Steels
Data Flow and Communication Framework Supporting Digital Twin for Geometry Assurance
Evaluating How Functional Performance in Aerospace Components Is Affected by Geometric Variation
Influence of Selective Laser Heat Treatment Pattern Position on Geometrical Variation
Minimizing weld variation effects using permutation genetic algorithms and virtual locator trimming
Geometrical Variations Management 4.0: towards next Generation Geometry Assurance
Tolerance analysis of surface-to-surface contacts using finite element analysis
Contact Variation Optimization for Surface-to-Surface Contacts
Minimizing Weld Variation Effects Using Permutation Genetic Algorithms and Virtual Locator Trimming
Efficient variation simulation of spot-welded assemblies
Shifting paradigm: Towards a comprehensive understanding of quality
Mediating constraints across design and manufacturing using platform-based manufacturing operations
How do manufacturing companies acquire new knowledge? - Examples from nine Swedish companies.
Assessment of manual assembly complexity: a theoretical and empirical comparison of two methods
Toward a Digital Twin for real-time geometry assurance in individualized production
Non-rigid variation simulation using the Sherman-Morrison-Woodbury formulas
Basic complexity criteria and their impact on manual assembly quality in actual production
Acquisition of new knowledge in Swedish manufacturing companies - How could it be improved?
An industrially validated CMM inspection process with sequence constraints
Using product and manufacturing system platforms to generate producible product variants
Bridging the gap between point cloud and CAD: A method to assess form error in aero structures
Criteria for assessment of basic assembly complexity
Development of a conceptual framework to assess producibility for fabricated aerospace components
Enabling reuse of inspection data to support robust design: a case in the aerospace industry
Variation Simulation of Dissimilar Materials Using Clip Fasteners
The Challenges of Different Roles with Engineering Knowledge Reuse
Controlling Geometrical Variation Caused by Assembly Fixtures
Variation Analysis considering manual assembly complexity in a CAT tool.
Optimization and lifecycle engineering for design and manufacture of recycled aluminium parts
Automatic routing of flexible 1D components with functional and manufacturing constraints
Efficient Contact Modeling in Nonrigid Variation Simulation
Joining in Nonrigid Variation Simulation
Welding of non-nominal geometries – physical tests
Virtual Geometry Assurance Process and Toolbox
Including measures of assembly complexity in proactive geometry assurance, a case study.
Structuring Perceived Quality Attributes For Use In The Design Process
Form Division for Welded Aero Components in Platform-Based Development
Defining perceived quality in the automotive industry: an engineering approach.
Taxation and Transparency: How Policy Decisions Impact Product Quality and Sustainability
A comparison of two methods for assembly complexity- What are they good for?
Variation simulation of stress during assembly of composite parts
Designing simulation platforms for uncertainty—An example from an aerospace supplier
Welding Simulation of Non-Nominal Structures With Clamps
Challenges Moving from Physical into Virtual Verification of Sheet Metal Assemblies
Perceived quality and the core values in the automotive industry: A corporate view
Visual quality and sustainability considerations in tolerance optimization: A market-based approach
Working procedure for early proactive geometry assurance considering manual assembly complexity
Systems thinking in tolerance and quality-related design decision-making
Accuracy of Virtually Planned and CAD/CAM-guided Implant Surgery on Plastic Models
Variation Simulation of Welded Assemblies Using a Thermo-Elastic Finite Element Model
Variation Simulation of Stresses using the Method Of Influence Coefficients
Minimizing Dimensional Variation and Robot Traveling Time in Welding Stations
An Industrially Validated Method for Weld Load Balancing in Multi Station Sheet Metal Assembly Lines
Policy and demand as drivers for product quality and sustainability: A market systems approach
Tolerance plugin module in integrated design
Geometrical robustness analysis considering manual assembly complexity
Decoupled fixturing strategies for minimized geometrical variation during cutting of stamped parts
Welding Simulation of Non-Nominal Structures with Clamps
On the robustness of the volumetric shrinkage method in the context of variation simulation
Using Morphing Techniques in Early Variation Analysis
Method for Handling Model Growth in Nonrigid Variation Simulation of Sheet Metal Assemblies
Comparing Standards and Policies for Sustainability in Tolerance Optimization
Industrial Scale Production of Customized Ceramic Prostheses
Variation Simulation of Stresses Using the Method of Influence Coefficients
Tolerance optimisation considering economic and environmental sustainability
Operator Related Causes for Low Correlation Between Cat Simulations and Physical Results
Using Morphing Techniques in Early Variation Analysis
Squeak & Rattle simulation at Volvo Car Corporation using the E-LINE™ method
Variation simulation of welded assemblies using a thermo-elastic finite element model
Sustainability-driven tolerancing and design optimization of an aircraft engine component
Towards Non-FEA-Based Deformation Methods for Evaluating Perceived Quality of Split-Lines
Simulation of the effect of geometrical variation on assembly and holding forces
A Method to Optimize Geometric Quality and Motion Feasibility of Assembly Sequences
Combining Variation Simulation With Thermal Expansion Simulation for Geometry Assurance
Geometric variation simulation and robust design for flexible cables and hoses
Effects of Variation on Perceived Quality
Tolerance Specification Optimization for Economic and Ecological Sustainability
An approach for producibility and DFM-methodology in aerospace engine component development
Tolerance Optimization for Economic and Ecological Sustainability Using RD&T
Prediction of geometrical variation of forged and stamped parts for assembly variation simulation
Aspects of fixture clamp modeling in non-rigid variation simulation of sheet metal assemblies
An Integrated Approach to Technology Platform and Product Platform Development
Non-FEA-Based Method as Means for Knowledge Based Assessment of Perceived Quality
Non-nominal path planning for robust robotic assembly
Statistical shape modeling in virtual assembly using PCA-technique
A Chronological Framework for Virtual Sheet Metal Assembly Design
Simulation of Variation in Assembly Forces Due to Variation in Spot Weld Position
Using PLM and Trade-Off Curves to Support Set-Based Convergence of Product Platforms
Automatic assembly path planning for wiring harness installations
Impacts of Geometrical Manufacturing Quality on the Visual Product Experience
Using Forming Simulation Results In Virtual Assembly Analysis
SIMULATING PART AND ASSEMBLY VARIATION FOR INJECTION MOLDED PARTS
Geometric Variation Simulation and Robust Design for Flexible Cables and Hoses
Geometrical Coupling Analysis to Reduce Complete Assembly Line Complexity
Body in White Geometry Measurements of Non-Rigid Components: a Virtual Perspective
COMBINING VARIATION SIMULATION WITH THERMAL EXPANSION FOR GEOMETRY ASSURANCE
Platform Strategies from a PLM Perspective - Theory and Practice for the Aerospace Industry
Automatic path planning for wiring harness installations (wt)
Robust lifecycle optimization of turbine components using simulation platforms
SUSTAINABLE PRODUCTION RESEARCH: AWARENESS, MEASURES AND DEVELOPMENT
Non-nominal path planning for increased robustness of robotized assembling processes
Statistical shape modeling in virtual assembly using PCA-technique
Robust design and geometry assurance considering assembly ergonomics
The influence of spot weld position variation on geometrical quality
Discrete tolerance allocation for product families
Parameters Influencing the Perception of Geometrical Deviations in a Virtual Environment
Geometry robustness evaluation for common parts in platform architecture
Robustness in aerospace components manufacturing and fabrication – a case study
Minimizing Geometric Variation in Multiusage Assembly Line by Geometrical Decoupling
A Framework for Non-nominal Visualization and Perceived Quality Evaluation
PLM Architecture for Optimization of Geometrical Interfaces in a Product Platform
Virtual Robustness Evaluation of Turbine Structure Assemblies Using 3D Scanner Data
MULTIDISCIPLINARY ROBUSTNESS EVALUATIONS OF AERO ENGINE STRUCTURES
A Generalized method for weld Load balancing in multi station sheet metal assembly lines
Multidisciplinary Robustness Evaluations of Aero Engine Structures
Geometry Interactions in Configurable Platform Models
Variation Simulation of Spot Welding Sequence for Sheet Metal Assemblies
Robust Tolerance Design Applied on Robot Concept Development
Simulating Geometrical Variation in Injection Molding
Geometry robustness evaluation for common parts in platform architecture
Investigating the Role of Simulation for Robust Plastic Design
Load balancing of welds in multi station sheet metal assembly lines
Knowledge-based Configuration of Integrated Product and Process Platforms
Aesthetic consequences of making car exteriors visually robust to geometrical variation
Applied CC configuration in PDM/CAD environment
A Method for Improving Dental Crown Fit-Increasing the Robustness
Variation Feedback and 3D Visualization of Geometrical Inspection Data
Optimizing Locator Position to Maximize Robustness in Critical Product Dimensions
Accuracy of CAD/CAM-guided surgical template implant surgery on human cadavers: Part I
Combining Variation Simulation with Welding Simulation for Prediction of Deformation
Including Assembly Fixture Repeatability in Rigid and Non-Rigid Variation Simulation
Locator management for platform-based architectures in PLM systems
A Measure of the Information Loss for Inspection Point Reduction
Non-Rigid Behavior Prediction Based on Styling Data for Evaluation of Perceived Quality
A method to optimize geometrical quality and motion feasibility of assembly sequences
ASSESSING METHODS FOR MANAGEMENT OF R&D PROCESS INFORMATION
Non-Nominal Physical Representation for Evaluation of Perceived Quality
Module-based variation simulation in platform architecture
Appearance FMEA - a Method for Appearance Quality Evaluation of Early Design Concepts
A Chronological Framework for Virtual Sheet Metal Assembly Design
Introducing fast robot roller hemming process in automotive industry
Parameters Influencing Geometrical Quality and Station Cycle Time in Sheet Metal Assemblies
Integrating Assembly Design Sequence Optimization, and Advanced Path Planning
Method for Analyzing Probe Scanned Surfaces
Optical quality as a product attribute - a descriptive study from the automotive industry
Secure Variation along a Robot Path using Discrete Tolerance Allocation Optimization
A Measure of the Information Loss for Inspection Point Reduction
Aesthetic Consequences of Making Car Exteriors Visually Robust to Geometric Variation
Perception of gap and flush in virtual environments
Envelope of Rotating Parts Based on Motion and Variation Simulation Data
Geometry Design Supported by Minimizing and Visualizing Collision in Dynamic Packing
Factory-in-a-Box–Solutions for availability and mobility of flexible production capacity
Gometrically Robust Form Division
VARIATION SIMULATION TOOLKIT FOR VIRTUAL VERIFICATION OF DENTAL DRILL-GUIDED SURGERIES
Top-Down Decomposition of Multi-Product Requirements onto Locator Tolerances
Categories of Visual Quality Cues
Variation Analysis Toolbox for Non-Nominal Path Planning for Industrial Robots
Virtual Geometry Assurance For Effective Product Realisation
Form division in automobile design - linking design and manufacturability
Managing Physical Dependencies through Location System Design
Visualization of Motion Envelope of Parts and Assemblies Based on Simulation or Measurement Data
Visual Sensitivity: Communicating Poor Quality
Computer-aided robustness analysis for compliant assemblies
Visualization of Variation in Early Design Phases: A Convex Hull Approach
Split-line Design for Given Geometry and Location Systems
Practical Implications in Tolerance Analysis of Sheet Metal Assemblies
Non-nominal Path Planning of Assembly Processes
Virtual Locator Trimming in Pre-Production-Rigid and Non-Rigid Analysis
Comparison of non-nominal geomerty models represented in physical versus virtual enviroments
Computer Aided Tolerance Chain and Sensitivity Analysis
Virtual Verification of Split Lines with Given References
Towards a Method for Early Evaluations of Sheet Metal Assemblies
Comparison of Non-Nominal Geometry Models Represented in Physical Versus Virtual Environments
Geometrical Inspection Point Reduction Based on Combined Cluster and Sensitivity Analysis
Toward non-nominal virtual geometric verification by combining VR and CAT technologies
Assembly Root Cause Analysis - A Way to Reduce Dimensional Variation in Assembled Products
Automated seam variation and stability analysis for automotive body design
Intercorporating Fixture Variation in Compliant Assembly Variation Analysis
Analysis of the Final Geometry Due to Weld Process Effects in Sheet Metal Assemblies
Geometrical Coupling Analysis in Assembly Design
Stability and Seam Variation Analysis for Automobile Body Design
The Use of Measurement Data in CATM
Non-Nominal Virtual Geometric Verification by Combining VR and CAT Technologies
Increased Concurrency Between Styling and Design using CAT Technology Combined with Virtual Reality
Towards a Method for Early Evaluations Sheet Metal Assemblies
Automated seam variation and stability analysis for automotive body design
Towards Non-Nominal Virtual Geometric Verification by Combining VR and CAT Technologies
Automated Seam Variation and Stability Analysis in Automobile Body Design
Early Robustness Analysis by use of Structure and Matrix Models
Defining Quality Appearance Index Weights by Combining VR and CAT Technologies
Increased Concurrency Between Styling and Design using CAT Technology Combined with Virtual Reality
Tool for Assembly Locating Scheme Definition
The Use of Measurement Data in CATM
Multi-Fixture Assembly System Diagnosis Based on Part and Subassembly Measurement Data
Robust Design and Tolerancing from Concept to Detail Design
Structure and Matrix Models for Tolerance Analysis from Configuration to Detail Design
Concurrent Robust Product and Process Design
Two-Step Procedure for Robust Design Using CAT Technology
Locating Scheme Analysis for Robust Assembly and Fixture Design
Tolerance Chain Detection by Geometrical Constraint Based Coupling Analysis
Computer Aided Assembly Robustness Evaluation
The Subcontractors Role in Computer Aided Tolerance Management
Computer Aided Tolerance Management-The Holistic Approach to Variation Control
Robust Design by Support of CAT Tools
Spartial Incompatibility - Part Interaction and Tolerance Allocation in Configuration Design
Optimal Tolerance Band and Manufacturing Target for Monotonic Loss functions with Functional Limits
Theoretical and Methodological Base for Computer Aided Design
Tolerance Allocation in a CAD Enviroment Considering Quality and Manufacturer Cost
Robust Design by Tolerance Allocation Considering Quality and Manufacturer Cost
Tolerance Allocation Considering Customer and Manufacturing Objectives
CATI: A Computer Aided Tolerancing Interface
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Visar 39 forskningsprojekt
AI-baserad intelligent demontering med hjälp av en digitaltvilling (AIDDT)
Automatisk kvalitetessäkring och processåterkoppling i löpande produktion (AutoKvAL)
Digital kvalitetssäkring för hållbar produktion
Analys med manikin för bättre geometrisk kvalitet vid manuell montering (AMIGO)
Förutsättningar för uppkopplad och digitaliserad geometrisäkring
Design av knapptryckningsljud (DOSS)
Digital tvilling för geometrisäkrad produktion
Databaserad automatiserad produktionsstyrning av fabricerade komponenter
Konstruktion för tillverkning av flygmotorkomponenter
HJT-Hybrid Joining Testbädd för smart produktion
Semi-Autonom körning och dess påverkan på Mod-medvetenhet och användarUpplevelse (SAMU)
Squeak and Rattle Prediction for Robust Product Development
Geometrioptimerad limfogning II fokus montering av komponeneter
Lärandebaserad maskinoptimering (MachOp)
Lärandebaserad maskinoptimering MachOpt
Geometrioptimerad limfogning för hållbar produktion
GeoVar: Non-rigid geometry variation for fabricated aero engine structure
AProC - Automatiserad Processkontroll BIW
Producerbarhet och konstruktion för tillverkning av flygmotorkomponenter
Virtuella demonstratorer för parallell produkt- och produktionsystemutveckling
Proaktiv monteringsergonomisk och geometrisk kvalitetssäkring för hållbar produktion (PEGASUS)
TOICA - Integrerad termiskt driven konceptualisering av flygplan
Konstruktion för Prestanda - avancerad motorarkitektur och integration
Optimering av livscykelrobusthet i tidiga utvecklingsfaser II
Kundanpassat och kostnadseffektivt husbyggande med industriella plattformar
LOw COst Manufacturing and Assembly of Composite and Hybrid Structures (LOCOMACHS)
Konstruktion för tillverkning- metoder för bättre tillverkning av Aerospacekomponenter.
Effektiva värdekedjor för framtagning av premiumprodukter
LWE och Wingquist i skön förening - konkurrenskraftig produktion över gränserna
Robotbaserad in-line mätning (InRob)
Datorstödd process för geometrisäkrad fast tandprotetik
Effektiv geometriverifiering genom parametriserade mättypsregler
Intelligently moving manikin - IMMA
Packning och monteringsanalys av flexibla material i hybrid och lättviktsfordon