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just want to know the best and simple solution to ventilate a room in my house

CAD https://grabcad.com/library/sl_st-heat-recuperative-ventilation-1

The principle of operation.
Two oncoming streams pass through thin channels.
The only thing that separates the air flows is a thin aluminum foil. In this way, a constant temperature gradient is created and throughout the entire path, one stream cools, the other heats up. Theoretically, we will lose only a few degrees of our heat.

The structure consists of a layered structure of heat insulators (laser-cut plywood) and heat exchangers (aluminum foil, kitchen).

Cheap to manufacture and easy to operate design. On the model you can see the direction of the flows. This design will keep your home warm or keep cool.

At the same time, you will calmly renew the air in the room. As for me, nothing can compare with the thermal conductivity of such a thin heat exchanger. I will be glad to hear your comments.

Investigating how further improvements to thermal comfort and air quality/age of an office space design (optimized based on past experience) can be made using SimScale's CFD platform.

Healthy living means healthy ventilation. 
I would like to calculate based on weather data whether it is possible to introduce a fully natural way of ventilation.

Heat build up and ventilation needed for a pottery kiln in a small room

This is a School projekt as Automation Engineering of ventilation.

this project for simulation of ventilation system

Test the ventilation of the restroom, based on the ventilation fan to be installed

Simulation to try and understand the ventilation requirements inside the building space and demonstrate how CFD can be used to optimise the underlying design.

Understand the ventilation inside the building space

Realización de una prueba de cómo los ventiladores impactan el flujo de aire en una habitación.

The full published research article of this project is available at: https://doi.org/10.46873/2300-3960.1063

Analysis of the Aerodynamic, Ventilation and Vibration Characteristics of Chick Transport Vehicles in the Philippines

Testing two configurations for ventilation in a warehouse. Several heat sources are placed throughout the area. The objective is to evaluate how the different configurations perform in terms of predicted mean vote (PMV) & predicted percentage of dissatisfied (PPD). A total of 20 people (represented as cylinders) were placed inside of the warehouse.

Convective heat transfer analysis were carried out, with the radiation formulation on. By placing two simple outlets on the ceiling of the warehouse, ventilation was greatly improved and all 20 people were within the -0.5 to 0.5 PMV range.

This project aims at validating the heating capacity of the HVAC system of a 3 story residential building, the indoor air quality design, and the thermal comfort in winter conditions and summer conditions

test to learn ventilation and deodorization for enclosed settling tank for UBCWWTP project

to simulate air travel distance at  different opening outlet  area

Centrifugal pump designed for Sudanese ventilator project

SIMULATION STUDY FOR THE EFFECT OF APPLYING A  EXTRAC FAN ON A PARKING FLOOR IN BUILDING

ventilation | SimScale Project Library | Page 1