Optical Simulation Study Using SolTrace for Temperature Analysis
Budget: $1,250 – $2,500 USD
I am seeking a proficient freelancer experienced in optical simulations, using SolTrace or similar software. The project involves simulating sunlight focused through five 12-inch conventional convex glass lenses arranged in a semicircle, each with a focal length of 600mm and 100% transparency. The lenses are focused at a central target located 600mm away in 3D space.
Additionally, there are five mirrors (heliostats), perfectly aligned to reflect sunlight perpendicularly onto each lens. These mirrors have first-surface reflectivity of 100%.
The task requires calculating the incremental temperature at a target surface as each lens contributes to the focal point under clear noonday sun conditions. Each simulation step should consider the sun as being 1/2 degree radian in size.
The target is a 10x10x1 mm material with an infinitely high melting point, positioned in 3D space at the same focal distance from the lenses.
Requirements:
1. Proficiency in SolTrace or equivalent simulation software.
2. Strong understanding of optics and solar energy physics.
3. Ability to provide scientifically accurate results without assumptions.
4. Previous experience in similar optical or solar projects is preferred.
Additionally, there are five mirrors (heliostats), perfectly aligned to reflect sunlight perpendicularly onto each lens. These mirrors have first-surface reflectivity of 100%.
The task requires calculating the incremental temperature at a target surface as each lens contributes to the focal point under clear noonday sun conditions. Each simulation step should consider the sun as being 1/2 degree radian in size.
The target is a 10x10x1 mm material with an infinitely high melting point, positioned in 3D space at the same focal distance from the lenses.
Requirements:
1. Proficiency in SolTrace or equivalent simulation software.
2. Strong understanding of optics and solar energy physics.
3. Ability to provide scientifically accurate results without assumptions.
4. Previous experience in similar optical or solar projects is preferred.