From 097398931c21aa1a88ecc0d8e0159185e98de81d Mon Sep 17 00:00:00 2001 From: Klagarge Date: Thu, 4 Jun 2026 10:14:17 +0200 Subject: [PATCH] docs(report): add figure physical_model_window_opening reference --- report/main/04-design.typ | 6 +++--- 1 file changed, 3 insertions(+), 3 deletions(-) diff --git a/report/main/04-design.typ b/report/main/04-design.typ index 94c4360..e095536 100644 --- a/report/main/04-design.typ +++ b/report/main/04-design.typ @@ -299,15 +299,15 @@ $ where $C_"CO2" (t=0)$ represents the initial @co2 concentration [@ppm], N denotes the number of people [-], V, the room volume [$m^3$], and $Q_"CO2_prod"$, the @co2 flow rate per person [l/h]. #figure( - image("../resources/img/Physical model/data flow diagram no window opening v2.png"), + image("../resources/img/Physical model/data flow diagram no window opening v2.png", width: 90%), caption: [Data flow diagram of the physical model no window-opening v2] ) === Window opening model -The previous model provides an overview of the time evolution of @co2 concentration while assuming that the windows of the considered room remain closed. The physical model below represents the @co2 concentration evolution after windows opening, taking into account Space A in the Provence building used by HES-SO (cf. @tab:Provence_characteristics). +The previous model provides an overview of the time evolution of @co2 concentration while assuming that the windows of the considered room remain closed. The physical model below (@fig:physical_model_window_opening) represents the @co2 concentration evolution after windows opening, taking into account Space A in the Provence building used by HES-SO (cf. @tab:Provence_characteristics). #figure( - image("../resources/img/Physical model/data flow diagram window opening .png"), + image("../resources/img/Physical model/data flow diagram window opening .png", width: 90%), caption: [Data flow diagram of the physical model considering window-opening] )