Magnus Evertsson
Dr. Magnus Evertsson is professor in Machine Elements at the department of Industrial and Materials Science. He received his PhD from Chalmers in 2000 and was appointed Docent in 2006. His own research is on machine elements and systems with a focus on rock processing equipment and process plants used in the aggregates producing industry and mining. He has a close collaboration with the leading manufacturers of rock processing equipment, producers of aggregates and mining companies. Several research results and patent has been implemented in industrial applications and commercial products.
Showing 165 publications
Down The Data Drain: How Can We Utilize Quarry Data For Environmental Assessment?
Vibratory Screening – Practical Challenges and Production Losses
The environmental impact of extraction: A holistic review of the quarry lifecycle
Investigating Dynamic Behavior in SAG Mill Pebble Recycling Circuits: A Simulation Approach
Application of Dynamic Process Simulation for Optimizing Bin Sizes of Crushing Plants
Energy-based modelling of single-particle breakage by slow compression
Developing a Curriculum for Environmental Assessment of Construction Products with Nanoparticles
Investigation of single particle breakage under different particle arrangements
Trade-Off Curves for Performance Optimization in a Crushing Plant
Application of Design of Experiments (DoE) in Evaluating Crusher Circuit Performance
Secondary Materials in the European Aggregate Market – What is Feasible Now?
Influence of feeding condition on crusher performance and fatigue life
Charactarization of Single Particle Breakage for Improved Energy Efficiency in Comminution
Process robustness criteria for industrial vibratory screens
Influence of quarry assets on aggregate products' environmental impact - can we continue to omit it?
Quantifying Electrification Requirement of Mobile Crushing Units in Swedish SME Quarries
Understanding Different Perspectives of Dynamics in Comminution Processes
Isolating the impact of pebble recycling on AG/SAG circuit: a data-driven method
Applied Calibration and Validation Method of Dynamic Process Simulation for Crushing Plants
Application of Optimization Method for Calibration and Maintenance of Power-Based Belt Scale
Validation of a DEM model of screening performance
Fit-for-Purpose VSI Modelling Framework for Process Simulation
Opportunities for the Application of Augmented Reality in Mining and Minerals Processing
Utilization of environmental impact simulations in crushing plant operation
Application of the Hilbert Transform for Diagnostic and Control in Crushing
Redesigning SAG Mill Recycle Crusher Operation
A time dynamic model of a high pressure grinding rolls crusher
Importance of crusher control and cloud computing process monitoring of crushers
Comparative Study of Optimization Schemes in Mineral Processing Simulations
DYNAMIC MODELLING OF A SAG MILL-PEBBLE CRUSHER CIRCUIT BY DATA-DRIVEN METHODS
Applying linear model predictive control to crushing circuit simulations
Effects of screen decks' aperture shapes and materials on screening efficiency
Versatile crusher control and cloud computing process monitoring
Diagnostics of cone crusher feed segregation using power draw measurements
Analysis of the concentration in rare metal ores during compression crushing
Application of Multi-Disciplinary Optimization Architectures in Mineral Processing Simulations
The effect of different aperture shape and material of screen deck on screening efficiency
Application of multi-disciplinary optimization architectures in mineral processing simulations
Comminution process modelling from a sustainability perspective
Video Development Methods for CDIO-Based Project Courses
A Novel Approach to Cone Crusher Feeding using High frequency Power Draw Measurements
Improvement Opportunities using Time dynamic Simulations
State of the Art in Application of Optimization Theory in Minerals Processing
Towards dynamical profit optimization of comminution circuits
Student Perspectives on Video-Based Learning in CDIO-Based Project Courses
A fundamental model of an industrial-scale jaw crusher
CDIO Based Engineering Design and Optimization Course
Analysis of Screening Performance using Discrete Element Modeling
Modelling environmental impacts of aggregates with dynamic simulations
Impact of Feeding Position on Power Draw and Size Reduction in a Cone Crusher
Application of Structural Optimization for an Early Stage Product Development
Cone crusher modelling and simulation using DEM
Modelling of Discrete Downtime in Continuous Crushing Operation
Modelling Reduction and Liberation for Rare Earth Minerals Applications
Investigation of Roller Pressure and Shear Stress in the HPGR Using DEM
Model of banana screen for robust performance
'Mineralogical characterization, reduction and liberation analysis of tungsten ore
Bonded Particle Model Calibration Using Design of Experiments and Multi-Objective Optimization
Reduction and fracture analysis of a tungsten ore and its use for fundamental liberation modelling
Development of Operator training for the Swedish Aggregates Industry
The Effect of Rotor Tip Speed of a Vertical Shaft Impactor on the Collision Energy Spectrum
Framework for DEM Model Calibration and Validation
ADVANCED MATERIAL MODELLING IN CRUSHING PLANTS USING REAL TIME ALGORITHMS
Investigation of High Speed Cone Crushing Using Laboratory Scale Experiments and DEM
Prediction of Collision Energy in the VSI Crusher
Poly-stream Comminution Circuits
Framework for material modelling in a processing plant
Modelling of Discrete Downtime in Continuous Crushing Operation
Cost And Performance Optimization Of A Tertiary Crushing Stage
Control Systems for Improvement of Cone Crusher Production Yield and Fatigue Life
Size and shape simulation in a tertiary crushing stage, a multi objective perspective
DEM simulation of banana screen performance
DEM Modelling and Simulation of Banana Screen Classification Efficiency
Implementation of Dynamic Simulation at Anglo Platinum
Control systems for improvement of cone crusher yield and operation
Development of a cognitive supporting operator training environment
The Relationship between dry rheology and particle shape of natural and manufactured sand
Implementing Real-Time Optimization on a secondary Cone Crusher for Iron ore production, part 2
Real-time Optimization of a speed controlled Cone Crusher in an Iron Ore application
CFD simulation of a centrifugal air classifier used in the aggregate industry
The contribution of DEM to the science of comminution
Modelling & Simulation of Dynamic Crushing Plant Behaviour with MATLAB-Simulink
Implementation of optimized compressive crushing in full scale experiments
The relationship between dry rheology and particle shape of natural and manufactured sand
An On-line Training Simulator Built on Dynamic Simulations of Crushing Plants
Modelling of a Two-Stage Air Classifier
Modelling of a mobile Gravitational-Inertial Air Classifier
An empirical study of a gravitational air classifier
Modelling & Simulation of Dynamic Crushing Plant Behaviour with MATLAB-Simulink
Modelling & Simulation of Dynamic Crushing Plant Behaviour with MATLAB-Simulink
Optimisation opportunities for HPGR circuits
Tuning of real-time algorithm for crushing plants using a dynamic crushing plant simulator
Implementation of Optimized Compressive Crushing in Full Scale Experiments
Simulating Pressure Distribution in High Pressure Grinding Rolls Using the Discrete Element Method
Optimizing and evaluating theoretical concepts of compressive crushing
Modelling Dynamic Behaviour of Storage Bins for Material Handling in Dynamic Simulations
CFD simulation of a gravitational air classifier
A Training Simulator for Crushing Plant Operators
Transforming the effectiveness of a HPGR circuit at Anglo Platinum Mogalakwena
Crushers - An Essential Part of Energy Efficient Comminution
A Comparative Study between Cone Crushers and Theoretically Optimal Crushing Sequences
Real-time algorithm for cone crusher control with two variables
Real-time Optimization of Crushing Processes using EVOP
The Effect of Liner Wear on Gyratory Crushing – A DEM Case Study
Real-Time Algorithm for Cone Crusher Control with Two Variables
Circulating Air Classification of Manufactured Sand
Two Variable Real-Time Algorithm for Cone Crusher Control
Simulating Capacity and Breakage in Cone Crushers using DEM
Validation and Simulation of Optimised Compressive Crushing
Algorithm for dynamic cone crusher control
Improving yield and shape in a crushing plant
Optimization of crushing stage using on-line speed control on a cone crusher
Improving Yield and Shape in a Crushing Plant
Yield and Energy Optimizations of Compressive Crushing
Modelling of output and power consumption in vertical shaft impact crushers
On-line Optimization of Crushing Stage using Speed regulation on Cone Crusher
Optimisation Aspects of Compressive Crushing
Measuring characteristics of aggregate material from vertical shaft impact crushers
A Cost Effective Conveyor Belt Scale
Influence of particle size on wear rate in compressive crushing
Characterization of compressive breakage behaviour
An empirical model for predicting flakiness in cone crushing
Development of wear model for cone crushers
OPTIMISATION OF CRUSHING PLANTS USING A GENETIC EVOLUTIONARY ALGORITHM
Crushing plant optimisation by means of a genetic evolutionary algorithm
Improved flow- and pressure model for cone crushers
Prediction of worn geometry in cone crushers
The effects of blasting on crushing results
Modelling of flow in cone crushers
Output Prediction of Cone Crushers
Investigation of Interparticle Breakage as Applied to Cone Crushing
Prediction of Size Distributions from Compressing Crusher Machines
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Showing 24 research projects
Sustainable & Circular Production of Mineral Critical Raw Materials (SCIMIN-CRM)
CIRCULAR ECOLOGICAL ESSENTIAL & CRITICAL RAW MATERIALS
Increased resource efficiency through selective fragmentation of bottom ash
Rotate - Circular, Ecological, Essential and Critical Raw Materials
Optimization of real processes for rock material production
DigiRoad Simulation of handling and compaction of unbound aggregates in road construction
Digital Twins for Improved Efficiency in Minerals Processing
Prestudy - Hybrid Particle Breakage Model in DEM
Bullerminskning i krossanläggningar
Translating Research to Industry Tools: Validated Multi-Component Mineral Processing Simulator (P9Q)
Effektiv och uthållig naturstensproduktion
Energieffektiv sönderdelning inom gruvindustrin
Global Comminution Collaborative (GCC)
Anglo American Centre for Sustainable Communication - Core Research Project 1-3
The optimisation of mineral processes by modeling and simulation (P009P)
Mobilkrossar - tillförlitligt mobilt nödstopp, implementering
AMIRA P009P, Mineral processing
Uthållig produktion av finkorniga produkter från bergmaterial
Mobilkrossar - tillförlitligt mobilt nödstopp