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Does it flow? 

Made changes to model. Removed pins at the turn and put fins, removed some pins at the inlet and made also made inlet corners less round. 

This sim was set up with Pressure inlet + Pressure outlet. I was told that this 'boundary condition combination is very poor in terms of stability'. I don't think the data is any good? 

It is a fluid heat transfer block/water boiler block. The block goes onto heat source, water gets pumped into it, and aim is to heat up the water.

To increase the surface area there are lots of fins inside, and fluid needs to turn 180, so the fins at the turn are in a radial pattern.

I wanted to simulate the water flow to see what it might do, and see if there are any massive dead spots.

Update.
Made big changes to model. Went with fin design, instead of a pin design. 

Changed sim set up. Use Velocity in and Pressure out. 

Does it flow? 

It is a fluid heat transfer block/water boiler block. The block goes onto heat source, water gets pumped into it, and aim is to heat up the water.

To increase the surface area there are lots of fins inside, and fluid needs to turn 180, so the fins at the turn are in a radial pattern.

I wanted to simulate the water flow to see what it might do, and see if there are any massive dead spots.

simulation CFD pour analyser l'effet des tubercules sur l'aérodynamique des pales d'éoliennes

The goal of the project is to optimize the design of an F1 Rear wing. An incompressible flow simulation will be used with a speed of 10m/s (36km/h) at the inlet and on the floor. 

F1 Rear wings are designed to create more negative lift on the car by deflecting the incoming air and creating flow separation. This serves to reduce the amount of drag experienced by the vehicle which allows to it move faster in a given distance than a vehicle that doesn't possess one. 

Feel free to correct me where I have done wrong and let's discuss this case together! Happy Simulating!

An Aerodynamic Simulation of Airfoil NACA 6712 at incompressible speed

A conceptual shape of a gradual 90 degree twist octagonal structure base rocket in an incompressible speed simulation

Projeto de Hidrodinamica Aplicada, I Simulacao de escoamento ao redor do casco de um navio .

Experiment with small micro channel compressible and incompressible flow.

Simulation d'(écoulement dans un tube avec changement brusque de section

This tutorial aims to showcase how to set up an incompressible analysis. IYE is used.

This is a computational fluid dynamics simulation  using a 3D model from LiDAR data.

pressure reduction calculations for narrowing radius from 2r to r
length is 40r

To exhaust heated steam from tape ironing machine.
I'm going to use 3D.
To reduce production floor temperature and to provide an healthy environment to production the staffs.

Incompressible analysis of filtered vacuum hopper loader

Flow through a curved heat sink with various fin configurations.

Incompressible CFD Simulation for Wind Turbine

incompressible test, of cyclone with vortex breaker

The Lockheed Martin RQ-170 Sentinel is an American unmanned aerial vehicle (UAV) developed by Lockheed Martin and operated by the United States Air Force for the Central Intelligence Agency (CIA). It's curious to note that its aerodynamic profile resembles that of a peregrine falcon. There's not much information about this aircraft, but it's estimated that it can reach a speed of 950 km/h and 1400 km of autonomy. Which's the secret to reach a high velocity is the project goal. The drag coefficient is a good reason for this. In this project, we can calculate the drag coefficient using an Incompressible Flow solver.

I am using this project to learn CFD on SimScale, how to perform convergence studies, and practice post-processing techniques. I have taught myself modeling using Onshape. I made a rear wing using Formula Student regulations and some averaged car dimensions. I have been modifying the design based on CFD results to learn how to manipulate airflow based on certain geometries.  I made sure to include as many of the scalars and vectors in the solution fields as to learn what each graph or image is telling me. I understand that designing a rear wing in free air is almost pointless due to how much the car's airflow changes the performance, so this is just used as a learning platform to get myself started.

Goal of the project is to calculate pressure drop in a 3D Rectangular Channel with multiple 90 degree bends in which water is flowing with the Reynolds number of 51000. 
Further goal is  to optimize the pressure drop by adding vanes at the 90 degree channel bends.
The type of simulation is steady incompressible turbulent flow. 
5 times the hydraulic diameter extension is given as extension at the inlet in order to develop the flow and same extension is given after the real outlet in order to eliminate the impact of boundary condition on the domain of interest.

Next iteration of https://www.simscale.com/projects/jkauth/toothless_cfd/
Improvements: 
- Toothless got a proper face now
- Toothless got his dorsal fins
- I aim to do a better mesh this time, following the snappy hex mesh tutorial from simscale

Conjugate heat transfer is a behavioural analysis where convective (transfer between fluid) and conductive (transfer between solids) heat transfer takes place in a system. This combination of heat transfer has forced or natural convection where fluid is dominated by convection and solid is dominated by conduction. 
Objective of the Experiment is to
Carry out mesh Independent study
Stimulate CHT using two different processor materials
Carry out the analysis at different velocities 
To determine the hot spots and Heat transfer co-efficient at different velocities

Modeling the flow in an open channel on the river. Balaklavka, designed as part of the project Creation of a yacht marina, Sevastopol

The rear wing plays a vital role to maintain the friction on the ground. The simulation analysis a flow over a rear wing developed to study the airflow patterns. An incompressible  external flow analysis is carried out to determine its flow patterns.

Simulación de prueba de fluido transirotio alrededor de cilindro cicular

The objective of this simulation is to show how CFD can be used to predict the flow from a ceiling fan in an indoor space in steady-state.  This can be used to demonstrate capability, or as a template for more complex problems in HVAC design.

Simulating Toothless from 'How to train your dragon' flying in air. 

First project here, so Toothless is incomplete and I'll probably make some mistakes regarding the simulation parameters and such

Tutorial project for a flow analysis of a pipe junction. The project only provides the geometry to start with. See our tutorials section to have a look at the step-by-step instructions to set up the simulation.

This projects validates the incompressible flow simulation results of SimScale around the Ahmed body.

Flow analysis of tapered body for viscous fluid

In this project incompressible fluid flow simulation of a conical draft tube is carried out. The parameters data is collected from the course book on fluid dynamics and the validation of CFD simulation result with the theoretical result is also performed. Steady state incompressible fluid flow simulation is selected for the given case.
The draft tube is a pipe of gradually increasing area, which connects the outlet of the water turbine's runner to the tail race. Draft tube helps to convert the exit velocity head into pressure or potential head.

Following the new 2021 F1 rules, this simulation showcases why is it really important to focus on diminishing the amount of dirty air that the following car is receiving when it comes to wheel-to-wheel battles.