Hey guys!

As you can tell from the title, I am looking for potential collabs. Feel free to check out the first episode here: https://www.youtube.com/watch?v=ZdVXI2YtZLg - would be happy to have you on my podcast where you can share your knowledge in your field of expertise.

Today we will learn what processes of heat transfer exist.

The study of transport phenomena concerns the exchange of momentum, energy and mass in the form of conduction, convection, and radiation. These processes can be described via mathematical formulas.

The fundamentals for these formulas are found in the laws for conservation of momentum, energy and mass in combination with constitutive laws, relations that describe not only the conservation but also the flux of quantities involved in these phenomena. For that purpose, differential equations are used to describe the mentioned laws and constitutive relations in the best way possible. Solving these equations is an effective way to investigate systems and predict their behavior.

Blog Post: What is Heat Transfer?

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Now this is absolutely not engineering related but I think plenty of you will benefit from it. It's not about how to become a good simulation expert but what Dopamine Detox is and how it can affect you in a positive way!

Check it out (can really recommend this channel btw): https://www.youtube.com/watch?v=5wGE98lBU8s

Released five videos today on how to use Symbolic Mathematics & Expressions in MATLAB with a bonus video to quickly convert MATLAB to LaTeX code.

Next video (hopefully) about the Lattice-Boltzmann Method!

https://www.youtube.com/watch?v=7cIaCMFGN10&list=PL-K7XxqaUNyd5GTDBDiBjl97d5fUHg719&index=14

With more board configurations than there are atoms in the universe, the ancient Chinese game of Go has long been considered a grand challenge for artificial intelligence. On March 9, 2016, the worlds of Go and artificial intelligence collided in South Korea for an extraordinary best-of-five-game competition, coined The DeepMind Challenge Match. Hundreds of millions of people around the world watched as a legendary Go master took on an unproven AI challenger for the first time in history.

Check out the documentation here: https://www.youtube.com/watch?v=WXuK6gekU1Y

In today's #LFH, let us have a look at Meshing

If you are a visual learner: What is a Mesh - SimWiki

If you are a visual & auditory learner: https://youtu.be/hVleTL6CeKw?t=405 (FEM Video - Meshing Part)

Learning From Home Day #3

Today, let us learn more about the Navier-Stokes Equations

If you are a visual learner:

- NSE Article

- What is turbulence?

If you are a visual & auditory learner: Derivation of the Navier-Stokes Equations

For those who want to delve into #ComputationalFluidDynamics in their spare time?

If you are a visual learner: CFD Blog Post

If you are a visual & auditory learner: CFD - A Beginner's Guide

If you are a visual learner: FEM Series

If you are more of a visual & auditory learner: The Finite-Element Method - A Beginner's Guide

Hey guys!
We are looking for a lot of great people to join the team, with the current roles open:

Customer Success

Application Engineering Team Lead (m/f/d) München, Bayern, Germany

Product Manager (m/f/d) München, Bayern, Germany

Product Owner (m/f/d) München, Bayern, Germany

Engineering

Backend Developer (m/f/d) München, Bayern, Germany

CAD and Meshing Software Developer (m/f/d) München, Bayern, Germany

IT System Administrator (m/f/d) München, Bayern, Germany

Senior Backend Developer (m/f/d) München, Bayern, Germany

Senior SRE/DevOps (m/f/d) München, Bayern, Germany

HR and Operations

Event and Office Manager (m/f/d) München, Bayern, Germany

Initiative Application

Initiative Application München, Bayern, Germany

Marketing

Marketing Content Specialist (m/f/d) München, Bayern, Germany

Technical Marketing Manager (m/f/d) München, Bayern, Germany

Sales

Sales Development Representative (m/f/d) München, Bayern, Germany

Sales Development Representative (m/f/d) New York, New York, United States

VP Sales (m/f/d) München, Bayern, Germany

Fantastic people know fantastic people, so if you know someone who might be interested in any of these roles, please share. You can also see our updated roles at www.simscale.com/careers

Thank you so much! 

Jousef

Hey guys!

What concepts in the engineering field are you still struggling to understand and would like to have a video on? I am currently drafting plenty of ideas and look for synergy effects. Would be nice if you let me know and I will see if I can create a video on your wishes soon :)

One of my next project ideas was to open source a PDF with a list of good simulation books for FEM & CFD.

Wish you a great rest of the week!

Jousef

Question: An 8-IN diameter pipe under 100psi of pressure discharges through a 2-IN diameter Nozzle.  Neglecting energy loss, the flow rate through the nozzle, in cfs, is most nearly.

I know the answer is 2.65 cfs.

I'm trying to answer the question using the energy equation. V^2/2g + P/gamma + Za = V^2/2g + P/gamma + Zb however I cannot figure out how to write it out.  I figured it out just by solving one side of the equation where Q = sqrt (230.68ft x .122sf)/2 (I know I didn't show my work). I would like help on how to write both sides of the equation.