If you want to be in the second group, Disimulando helps you develop critical judgment in structural simulation. Starting from the physics, not from pushing buttons.
Because a colorful plot can impress.
A curve can look convincing.
A solver can converge.
But when it’s time to make a real decision, what matters is something else:
Understanding what you are looking at and being able to defend why it makes sense.
Join Disimulando and get your first case study for free:
“3 mistakes that can ruin your impact simulations (and how to fix them)”
When the result is no longer enough
There is a moment many engineers know all too well.
You deliver a simulation.
The result “looks” reasonable.
Everything is going more or less fine.
Until reality hits.
The part fails.
The impact doesn’t behave as expected.
The physical prototype contradicts the digital model.
And then, it doesn’t matter so much that the post-processing “seemed” logical.
Something else matters.
What you based that decision on.
Because getting a result is one thing.
Being able to stand by it when money, time, tooling, validations, and reputation are on the line is quite another.
That’s where simulation truly begins.
Not when you hit run on the solver.
But when you have to decide what assumptions to make.
What physics actually matter.
What material behavior you are really representing.
What you can defend… And what you cannot.
For years, I’ve seen—and made—this classic mistake:
confusing a simulation that runs with a simulation that is actually useful.
And no, they are not the same thing.
On paper, it might look fine.
In a color contour plot, it might look beautiful.
In reality, it can blow up in your face.
That is why Disimulando wasn’t born to teach you how to “use software.”
It was born to help you build something far more valuable:
engineering judgment.
What happens when you turn off autopilot
When you develop judgment, the way you work changes.
You start looking at a model differently.
You no longer just ask:
“Did it converge?”
You start asking yourself:
“Is it properly set up?”
“Do these physics make sense?”
“What am I assuming here?”
“Could I defend this in front of a demanding colleague?”
And that changes a lot.
It changes the quality of your simulations.
It changes the quality of your decisions.
It changes the confidence with which you speak.
It changes the level of responsibility you can take on.
Because when you better understand what you are modeling, you rely less on the software interface.
And more on your engineering criteria.
That becomes obvious:
- when you choose an approach
- when you justify an assumption
- when you interpret a weird result
- when the physical test doesn’t match
- when someone asks you why you trust that model
A tutorial won’t save you there.
Neither will a more expensive tool.
Nor a pretty plot.
What saves you is thinking better.
And that is the true goal of Disimulando.
Not to have you memorize more buttons.
But to help you become a more solid engineer.
Clearer.
More reliable when it’s time to make decisions.
What you will find inside Disimulando
Disimulando is a space for engineers who want to do structural mechanics simulation with better judgment.
More physics.
Deeper understanding.
Better decision-making ability.
Here you will find content, insights, tools, and workflows aimed at one simple idea:
a simulation isn’t valuable because it gives you a result. It is valuable because it helps you make better decisions.
Sometimes that will mean talking about materials.
Other times, about impact.
Or boundary conditions.
Or why one assumption is acceptable and another is not.
Or how to integrate AI and open-source tools without losing rigor along the way.
But always with the same focus:
for you to better understand what you do…
so you can make better decisions with it.
Your first step inside: The practical decision guide
Your first step inside Disimulando is this:
3 decisions that can change your Impact simulations
I have prepared a visual, highly technical document based on a practical explicit simulation case.
I designed it for engineers with an FEA background who want to see how a dynamic event is dissected in a serious and defensible way.
It is not a collection of cheap tricks.
It is not a pretty demo.
It is a real dissection to help you understand what you are actually doing when you model an impact.
What you get when you subscribe:
- Immediate access to the document: “3 mistakes that will destroy your explicit impact simulations (and how to fix them)”
- Better judgment: A clear foundation for setting up high strain rate models.
- Ongoing case studies: Regular emails with resources and technical insights so you don’t just stop at “learning to use a software”.
Who this is actually for
This is for you if…
- you already have a background in FEA
- you want to better understand the physics behind the model
- you don’t settle for a solver that just converges and “looks reasonable”
- you want your simulations to actually drive decisions
- you care about growing as an engineer, not just learning another software tool
- you value a technical, no-nonsense approach
This is not for you if…
- you are looking for quick recipes to copy without thinking
- you just want to “get results” and move on to the next thing
- you care more about sounding technical than actually being it
- you refuse to question assumptions, limits, or modeling decisions
- you are expecting a site about cheap software instead of a platform built on engineering judgment
The hardest thing to replace
Simulation will keep evolving.
There will be more tools.
More automation.
More AI.
More ways to run models in less time.
Exactly because of that, your value as an engineer won’t be in clicking faster.
It will be in something much harder to automate:
the judgment to set up models correctly, interpret them accurately, and make the right decisions.
If you want to build that, this is a great starting point. Drop your email below and I’ll send you the first technical resource right now.
Join the newsletter and get your first free case study:
“3 mistakes that will destroy your explicit impact simulations (and how to fix them)”