Below, you can find my blog posts listed by category, the month of publication, and the topic itself.
In case you actually wanted to find my blog but mis-clicked, here’s your second change.
Archives by Category:
- Categories
Archives by Month:
- June 2021
- May 2021
- December 2020
- October 2020
- December 2019
- September 2019
- May 2019
- April 2019
- March 2019
- January 2019
- November 2018
- October 2018
- September 2018
- August 2018
- July 2018
- June 2018
- May 2018
- April 2018
- March 2018
- February 2018
- January 2018
- December 2017
- November 2017
- October 2017
- September 2017
- August 2017
- June 2017
- May 2017
- April 2017
- March 2017
- February 2017
- January 2017
- December 2016
- November 2016
- October 2016
- September 2016
- August 2016
- July 2016
- June 2016
- May 2016
- April 2016
- March 2016
Archives by Title:
- Tesla’s ‘Carbon-Wrapped’ Motor
- Mahle Magnet-Free Motor – First Impressions
- Computing Back-EMFs with space vectors
- Computing Flux Linkages in 2D
- Evaluation of the Linear Labs HET motor
- Pole count – The Good, the Bad, and the Ugly
- Shear Stress versus Lorentz Force
- Interview: Rahul Gonsalves from DARWYN
- Axial-Flux Machines – Part 2
- Interview: Arlissa Vaughn from Aegis Power Systems
- Axial-Flux Machines – Part 1
- SRM vs SynRM – Important Dimensions
- A.I. and Electrical Machines
- How to get a job
- SRM vs SynRM Performance Basics
- Optimization of an e-bike drivetrain
- Switched and Synchronous Reluctance Machines
- What are BLDC motors?
- Induced eddy currents in sheet – SMEKlib example
- Maglev Systems – How to model them analytically?
- Poynting vector and motor design
- Matlab versus Python – in numerical analysis
- Video: Circulating and eddy currents with PWM supply
- How a self-levitating motor works
- Introduction to 3D Magnetics – with SMEKlib
- Circulating currents – Post-it version
- Introduction to active magnetic bearings (AMB)
- How FEA works – Post-it version
- Lagrange multipliers and their physical meaning
- Options for (Analytical) Torque Computation – Part 3
- Options for (analytical) torque computation, part 2
- Options for (analytical) torque computation – Part 1
- Options for (numerical) torque computation
- 6 Things you might not know about finite element analysis
- SMEKlib update
- Late 2017 Review
- Stability of Torsional Vibrations
- Torsional Vibrations in Electrical Machines
- Vibrations in Electrical Machines
- Second-Order Finite Elements – Why, How, and When
- Awesome Interview: Nicola Chiodetto and Electric Aviation
- Circulating and Eddy-Current Losses in Random-Wound Electrical Machines
- Getting my Doctoral Degree (Tech.) just about now
- Coarse meshes: Why and How
- Magnetomechanical Coupling – Physics and FEA Models
- Of Intelligence, and Arrogance
- Electric Aircraft
- Machine Industry Sucks at Recruiting
- Of Learning and Luck
- Circuit Connections – Why You (often) Shouldn’t Use Current Supply
- Winding Losses – If and When They Matter
- The 4+1 Types of Convergence
- Solving TEAM30a with SMEKlib and Comsol
- Business coaching
- Periodicity, Symmetry Sectors, and Associated Errors
- Thesis Language Check Done
- Lessons from Teaching, and More
- Fixing a 100-Year Old Mistake with SMEKlib
- What are Skin and Proximity Effect, or Circulating Currents
- Egear and Quantum Electric – Motor News from Finland!
- What is Karhunen-Lòeve Expansion?
- Last Week’s FEA Tonight with Antti
- Uncertainty and Maths – What is Polynomial Chaos
- Determining and Quantifying Sources of Uncertainty
- Uncertainty Quantification Explained, and Why it’s Big Today
- SMEKlib now Published – Take your FEA to the Next Level!
- People Skills – How to Win Friends and Influence People
- Linear Buckling – Don’t Miss Out!
- How to Win and Influence the Management
- What’s Troubling Engineers – Future Posts!
- How to Get Stuff Done
- Biceps Training Tips
- Christmas Coffee Recipe – Simple and Delicious
- SMEKlib to be Published OpenSource + Free Course on FEA!
- Frequency Response Analysis – When Motors Explode
- Reverse Engineering the Ansys TDM
- Don’t Miss out on These Resources: Enterfea and Peterlyu
- Stress Management – Don’t Let Engineering Kill You
- How to Write: Where Everyone Goes Wrong
- Animation: Eddy Current Losses in a Stranded Winding
- Faster Analysis of Eddy-Current Problems: Impulse Response Method
- Infographic on Finite Element Analysis
- The Upgraded Lettu (a Finnish crêpe)
- International Day for Failure
- FEAforAll – What It Is and Why You Should Care
- How to Mesh a Stranded Winding
- Awesome Cheesecake Recipe, and Why You Couldn’t Afford Mine
- Why Equivalent Circuits for Electrical Machines Work
- ICEM 2016 Report
- Why Bother with the Vector Potential
- The Best Stretch – Why and How to Do It
- How to Track Your Diet with Excel
- Why and How to Create a Diet Plan
- Why? What? How? – Lessons from DPEEE
- The Importance of Passion – Lessons from DPEEE 2016
- Why Matlab is Awesome for FEM Development
- Toroidion Patent – First Glance
- Matlab Speed Optimization – Case Example 1 cont.
- Matlab Speed Optimization – Case Example 1
- Incredible Power: Interview with an RC-Hobbyist
- Why You Should Weigh Yourself Every Day
- Pokémon Go in Marketing – An Academic Case-Example
- The Problem with Progressive Overload
- Power Armor – How to Build One
- How to Digitalize Healthcare
- Arkkio’s Method for Torque Computation
- The importance of balance
- Forbidden foods you should NEVER eat
- Diet tips, part 3
- EPNC report
- Math fonts working again
- Time-stepping versus time-harmonic analysis
- Reluctance networks 104: Practical implications
- Finally on SlideShare!
- The Halo effect – why YOU should get fit
- Random diet tips
- We don’t know what we want
- RN 103: Solving reluctance networks
- Gala report
- Diet tips, part 2
- Reluctance networks 102
- Diet tips, part 1
- Reluctance networks 101
- The Importance of Middle Road
- Electromechanics proudly presents SMEKitchen
- Direction of a rectangle, part 2
- Determining the direction of a rectangle
- Making time-stepping FEM faster, part 4
- Be a positive force!
- Protein coffee
- Making time-stepping FEM faster, part 3
- Making time-stepping FEM faster, part 2
- Making time-stepping FEM faster
- Beware of Hipster Bullshit
- How to make science less popular
- A new angle on phasor analysis
- Our UFO – how it flies
- The Kaizen principle
- Reactive power explained
- Random-wound machines and circulating currents, part 3
- Random-wound machines and circulating currents, part 2
- Random-wound machines and circulating currents
- Pareto principle
- Accumulated marginal benefit
- DFA
- Presentation Skills
- More tips for productivity
- My first experiences on social media marketing
- Computing the Fourier series of a matrix
- Wireless transfer of electricity
- Our generator – plus us in a brand new video!
- Matlab2Tikz
- ICEM and EPNC papers
- My first three tips for getting stuff done
- Website online