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2 Geometries
1 Mesh
2 Simulation setups
0 ResultsThe goal of this project is to analyze the thermal performance and airflow distribution inside a lightweight tent under real outdoor weather conditions. The simulation will help evaluate the effectiveness of the heating system and the ventilation strategy inside the ten Which simulation type are you going to use? We will use Conjugate Heat Transfer (CHT) – Transient simulation. This type allows us to simulate both solid and fluid heat transfer over time, including natural convection and external weather effect ✅ Describe your project in more detail This project involves a tent structure with dimensions of 5.68 m × 3.3 m × 1.88 m, built using lightweight fabric materials. The tent includes a heater, several internal temperature sensors, and ventilation openings. The objective is to study the unsteady temperature distribution and airflow inside the tent throughout a 24-hour period, considering variable outdoor temperatures. The analysis will help improve thermal comfort and energy efficiency in temporary shelters
by simscalesimscale
rawanadnan911 created this project
11 months ago
2 Geometries 1 Mesh 2 Simulation setups 0 ResultsThe goal of this project is to analyze the thermal performance and airflow distribution inside a lightweight tent under real outdoor weather conditions. The simulation will help evaluate the effectiveness of the heating system and the ventilation strategy inside the ten Which simulation type are you going to use? We will use Conjugate Heat Transfer (CHT) – Transient simulation. This type allows us to simulate both solid and fluid heat transfer over time, including natural convection and external weather effect ✅ Describe your project in more detail This project involves a tent structure with dimensions of 5.68 m × 3.3 m × 1.88 m, built using lightweight fabric materials. The tent includes a heater, several internal temperature sensors, and ventilation openings. The objective is to study the unsteady temperature distribution and airflow inside the tent throughout a 24-hour period, considering variable outdoor temperatures. The analysis will help improve thermal comfort and energy efficiency in temporary shelters
