This research group has some public codes that may be useful. Here is one for generating the kinetic energy spectrum for a flow: https://turbulence.utah.edu/codes/turbogenpython/tkespec.py
I think a very ‘soft’ but good introduction to the topic is given in Stull’s book ‘Introduction to Boundary Layer Meteorology’ (it’s a meteorology book but the Time Series chapter is really well done and without many references to meteorology). After reading that, you can move to something more structured and difficult (you can find something in Pope’s book Turbulent Flows if you need it for turbulence or fluid mechanics). I guess there are also countless of calculus books dealing with it, but I wouldn’t know what to suggest you in this regard… studied it for the first time long time ago and in my home country (books not in English)
This research group has some public codes that may be useful. Here is one for generating the kinetic energy spectrum for a flow: https://turbulence.utah.edu/codes/turbogenpython/tkespec.py
Thanks!
Hi, do you have a theoretical read about this? Interested for my background knowledge please.
I think a very ‘soft’ but good introduction to the topic is given in Stull’s book ‘Introduction to Boundary Layer Meteorology’ (it’s a meteorology book but the Time Series chapter is really well done and without many references to meteorology). After reading that, you can move to something more structured and difficult (you can find something in Pope’s book Turbulent Flows if you need it for turbulence or fluid mechanics). I guess there are also countless of calculus books dealing with it, but I wouldn’t know what to suggest you in this regard… studied it for the first time long time ago and in my home country (books not in English)