About

Bart BlockmansSimulation portfolio

Bart Blockmans, PhD

Mechanical engineer · Simulation consultant · Physics-based software

This website is a curated archive of simulation work I developed outside confidential client projects. Many of these projects started as LinkedIn posts: short technical stories built around a model, an animation, or a question I wanted to understand more deeply. As the collection grew, I wanted to give them a more permanent, searchable, and better-structured home. My work sits at the intersection of mechanical engineering, numerical simulation, programming, AI, and scientific visualization. The projects range from compact analytical models to larger workflows involving multibody dynamics, finite-element modelling, CFD, optimal control, machine learning, or model reduction. The common thread is a physics-based modelling approach, keeping the model as simple as possible but not simpler, and using visualizations to make the result understandable.

Background

I am a Belgian mechanical engineer and independent consultant working on computer-aided engineering, simulation, and physics-based software. My background is in flexible multibody dynamics, model reduction, drivetrain and gear dynamics, but over time my work has expanded into vehicle dynamics, cycling performance, AI-assisted computer vision, and digital twin development. I completed my PhD at KU Leuven LMSD, where I worked on making dynamic contact simulations fast enough to be useful in practice. That theme still runs through much of my work: start from first principles, identify the bottleneck, simplify carefully, and turn the result into something that can be inspected, tested, and understood.

2023–present

Independent simulation consultant

Automotive · Machinery · Motorsport · Cycling · AI

2018–2023

Senior researcher & project lead

KU Leuven LMSD · Flanders Make

2012–2018

PhD researcher

KU Leuven LMSD

2010–2012

M.Sc. Mechanical Engineering

KU Leuven

2006–2010

M.Sc. Industrial Engineering

KU Leuven Group T

Expertise

Application areas

Drivetrains & machinesCycling & sports performanceMotorsport & vehicle dynamicsAerospaceIndustrial inspection

Methods

Multibody dynamicsFinite element analysisContact mechanicsModel reductionAnalytical & first-principles modellingMultiphysics simulationOptimal controlCFD & aerodynamicsAI & computer visionState estimation & digital twins