Mikael Enelund
Mikael Enelund is a Professor of Structural dynamics at Department of Mechanics and Maritime Sciences and Dean of Education for School of MATS (Mechanical, Automation & mechatronics, Engineering design and Marine educations). Mikael obtained his PhD in 1996 and was appointed professor in 2012. Currently he is leader for Chalmers ten-year initiative Tracks to develop the education to become more flexible and responsive to changes in the society as well as to new technology and new materials. His research interest includes finite element methods, modelling and optimization of damping and engineering education developments.
Showing 43 publications
Curriculum Agility principles for transformative innovation in engineering education
Proceedings - Swedish Mechanics Days 2024
Tracks: Impactful Reform for Flexible Adaptable Education
CURRICULUM AGILITY AS OPTIONAL CDIO STANDARD
Online and Blended Labs for Practical Mechanical Engineering
Learning Mechatronics Using Digital Live Labs
Curriculum Agility: Responsive Organization, Dynamic Content, and Flexible Education
Tracks for change, flexibility, interdisciplinarity and creativity in engineering education
Assessing Curriculum Agility in a CDIO Engineering Education
Marine engineering education program development due to CDIO concept
Gender Differences in Student Satisfaction Surveys
Lessons Learned from Student Satisfaction Surveys of CDIO Project Courses
Putting Student Engineers in the Front Seat with a Driver-in-the-Loop Automotive Simulator
CDIO Based Engineering Design and Optimization Course
GLOBAL DISTRIBUTED ENGINEERING STUDENT DESIGN TEAMS: EFFECTIVENESS AND LESSONS LEARNED
Integration of education for sustainable development in the mechanical engineering curriculum
Integration of education for sustainable development in a mechanical engineering programme
Pareto optimization of railway bogie suspension damping to enhance safety and comfort
Integration of Computational Mathematics Education in the Mechanical Engineering Curriculum
Ten Years of CDIO - Experiences from a Long-Term Education Development Process
OPTIMIZED BOGIE SYSTEM DAMPING WITH RESPECT TO SAFETY AND COMFORT
Beräkningsinriktad matematikutbildning för maskinteknikprogrammet på Chalmers
Modelling of constrained thin rubber layer with emphasis on damping
A computational mathematics education for students of mechanical engineering
Time domain formulation of the Biot poroelastic theory using fractional calculus
Discretization of integro-differential equations modeling dynamic fractional order viscoelasticity
Absorbing boundary layers for elastic wave propagation
Models and numerical procedures for nonlinear fractional order viscoelastics
Modelling of Constrained thin rubber layer with emphasis on damping
On the fractional order model of viscoelasticity
Models and numerical procedures for nonlinear fractional order viscoelastics
Adaptive discretization of fractional order viscoelasticity using sparse time history
Damping described by fading memory - Analysis and application to fractional derivative models
Fractional integral formulation of constitutive equations of viscoelasticity
Fractional Calculus and Linear Viscoelasticity in Structural Dynamics
Damping described by fading memory models
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Showing 1 research projects
Prameco - Practicing Mechanical Engineering Online