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Figure 4. Multifunctional composite panel for interior of buildings (Hu, Workshop TU Cracow, 2015).

Figure 4 Multifunctional composite panel for interior of buildings (Hu, Workshop TU Cracow, 2015).

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Figure |. Infra-red camera shows all thermal anomalies on exterior thermal insulation composite system with |4-cm-thick expanded polystyrene. Connectors and hot water lines are shown as hot spots (HS) in contrast to corners and trees that are seen as cold spots (CS). Source: From Adam Grylewicz (workshop at TU Cracow, 2015).
Figure |. Infra-red camera shows all thermal anomalies on exterior thermal insulation composite system with |4-cm-thick expanded polystyrene. Connectors and hot water lines are shown as hot spots (HS) in contrast to corners and trees that are seen as cold spots (CS). Source: From Adam Grylewicz (workshop at TU Cracow, 2015).
Figure 3. Two fundamental requirements that are shown in a frame in the right, bottom corner impact the process of integrated design of environmental control.
Figure 3. Two fundamental requirements that are shown in a frame in the right, bottom corner impact the process of integrated design of environmental control.
Figure 5. Multifunctional composite panel for interior rehabilitation of buildings (Hu, 2015).
Figure 5. Multifunctional composite panel for interior rehabilitation of buildings (Hu, 2015).
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EngineeringArchitectural EngineeringBuilding PhysicsBuilding scienceConstruction EngineeringIntegrated designThermal Mass
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