Project Goal: To evaluate and optimize the internal microclimate and multi-scale thermal air dynamics across an unpartitioned 22-meter AFRIT Flatdeck Interlink trailer combination under dynamic highway cruising speeds (80 km/h). Simulation Type: Conjugate Heat Transfer (CHT v2.0) with multi-component Species Transport enabled to dynamically track metabolic heat fields, respiratory moisture evaporation, and localized boundary condensation profiles. Project Details: Simulating a 45kg maximum loading constraint per crate containing 1.6kg live broilers. Cassettes are equipped with 90% closed blue PVC curtains, solid front/rear bulkheads, open forklift pallet slot tracks, and a 10% open top roof ventilation sheet to resolve internal stagnant hotspots and edge wind-chill risks.
daniedelport created this project
13 days ago
Project Goal: To evaluate and optimize the internal microclimate and multi-scale thermal air dynamics across an unpartitioned 22-meter AFRIT Flatdeck Interlink trailer combination under dynamic highway cruising speeds (80 km/h). Simulation Type: Conjugate Heat Transfer (CHT v2.0) with multi-component Species Transport enabled to dynamically track metabolic heat fields, respiratory moisture evaporation, and localized boundary condensation profiles. Project Details: Simulating a 45kg maximum loading constraint per crate containing 1.6kg live broilers. Cassettes are equipped with 90% closed blue PVC curtains, solid front/rear bulkheads, open forklift pallet slot tracks, and a 10% open top roof ventilation sheet to resolve internal stagnant hotspots and edge wind-chill risks.