Thermal bridging (Thermal performance of facades)

Thermal bridging (Thermal performance of facades)

Project description
This assignment is more based on illustrations that show and explain the idea.

– First question:Point out all the thermal bridges on Fig 2a and discuss their consequences, this should be in the form of arrows on the provided image that allocate all the thermal bridges, then points explaining why are these considered thermal bridges?
The second part of the question is,where will the min internal surface occur this should be in the form of an arrow which points out the exact place of the minimum internal temp.

– The second question: How would you recognize a thermal bridge from a temperature distribution and heat flux diagram? , this should be in the form of 2 Figures showing both (temp. distribution and heat flux) and pointing out (in words or labeles) how to recognize or read them correctly?

– Third question: How the effect of thermal bridge could be reduced in 4 element of the building (a,b,c and d) .. These points are written in the attached file- should be answered with a written and illustration discussion.

Important Notes:
Kindly refer to me if you didn’t receive the attached file.
The use of Fig 2a to point out the answered questions by lables and arrows is necessary.
My deadline is on 3/01/2015 – 11:55 pm.
———-
Added on 29.12.2014 17:49
This assignment is more based on illustrations that show and explain the idea.

– First question:Point out all the thermal bridges on Fig 2a and discuss their consequences, this should be in the form of arrows on the provided image that allocate all the thermal bridges, then points explaining why are these considered thermal bridges?
The second part of the question is,where will the min internal surface occur this should be in the form of an arrow which points out the exact place of the minimum internal temp.

– The second question: How would you recognize a thermal bridge from a temperature distribution and heat flux diagram? , this should be in the form of 2 Figures showing both (temp. distribution and heat flux) and pointing out (in words or labeles) how to recognize or read them correctly?

– Third question: How the effect of thermal bridge could be reduced in 4 element of the building (a,b,c and d) .. These points are written in the attached file- should be answered with a written and illustration discussion.

Important Notes:
-Deadline is one 3-1-2015 at 11:55 pm
-The use of the 2a image and illustrations is necessary

2 Thermal bridg’ng (25% of total marks)
FigureZa showsmecrossseaionofawnamwallmullon. Pointcutallthethermal bridges
and discuss the? consequences. Where will the minimum htemal surface temperature
occuf!
Emmd you recognise athermal bridgefroma memperamredistribufion and heaflux
diagram?
Aluminium muluon
Stainless steel thong Alumnum spacer bar
figure 23
Howcouldmeeflectsofmemalbndgingbereducedhmefoloufingsituafions?
a) Curtain wal mullion.
b) Rahscreen overcladding system.
c) Glazing unit.
d) Malian with brise soleil bracket attached (Figure 2b)
Ahminiu‘n muion x,
amless steel fixmg
Aluminium brise soleil
bracket
Figure 2b

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