Tomi Kankkunen

Tomi Kankkunen

MSc (Tech), Doctoral candidate

  • Phone+358504709292

Research activity per year

Personal profile

Short bio

Having background in mechanical engineering, I'm now completing my doctoral degree at Aalto university in structural analysis of cellular microarchitectural structures.

I enjoy predicting and explaining the reality with physics, mathematics and digital tools. I also tend to approach things outside my expertice field, considering also visual, practical, commercial and financial aspects of the problem.

In my free time, I like playing and watching sports, such as floorball ('sähly'). I also enjoy spending time in the nature.

Expertise area

I'm specialiced in computational solid mechanics. My main tool is finite element simulation software (Ansys, Abaqus), but find important to be aware of on actual physics and computation algorithms behind the software. However, my approach to the problems is practice-oriented: "Does it work in the real world?"

I might be useful when someone, for example, needs to 

- Predict the stresses, deformations and failure mechanisms in structure

- Find optimal structure candidates

- Screen out inappropriate structures, materials and tools

- Design something withouth accurate experimental data

Research interests

My current projects are related to analysis of bio-based materials and structures. In addition, I've been studying cellular lightweight structures and their potential in sustainable packaging. Here are some interesting topics:

- Orthotropic and anisotropic materials

- Fibre network structures (e.g. paper)

- Composite structures

Education/Academic qualification

Engineering, Master, MSc (Tech), Aalto University, School of Engineering

Award Date: 24 Oct 2019

Engineering, Doctorate, Doctoral candidate (Tech), Aalto University, School of Engineering

Apr 2021 → …

External positions

research, teaching, Aalto University, School of Engineering

1 Sept 2019 → …

Skills and expertise

  • Finite element method
  • Structural analysis
  • Anisotropy
  • Nonlinear analysis
  • Parametric analysis
  • Solid mechanics


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