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The materials for this par/cular sec/on of the building have been chosen for their durability and it is hoped they will last for a very long /me. You can see in photo 3 a close up of the roof sec/on displayed in photos 1 and 2. The materials used include plywood cladding, structural steel, /mber and an insect screen. Photo 1, Zoe Brain, (2014) Photo 2, Zoe Brain, (2014) Photo 3, Zoe Brain, (2014) Zoe Brain 639 607

Logbook week 8

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Page 1: Logbook week 8

•  The  materials  for  this  par/cular  sec/on  of  the  building    have  been  chosen  for  their  durability  and  it  is  hoped  they  will  last  for  a  very  long  /me.    

•  You  can  see  in  photo  3  a  close  up  of  the  roof  sec/on  displayed  in  photos  1  and  2.  The  materials  used  include    plywood  cladding,  structural  steel,  /mber  and  an  insect  screen.      

Photo  1,  Zoe  Brain,  (2014)  

Photo  2,  Zoe  Brain,  (2014)  

Photo  3,  Zoe  Brain,  (2014)  

Zoe  Brain  639  607  

Page 2: Logbook week 8

WINDOWS  

Sketch  2,  Zoe  Brain,  (2014)  

Sketch  1,  Zoe  Brain,  (2014)  

Sketch  1  shows  a  low  e  (emicity)  glass  system.  This  system  absorbs  radiant  energy  and  doesn’t  absorb  radiate  infrared  energy  as  much  as  normal  float  glass,  thus  it  is  a  more  efficient  window  system.      

You  can  see  in  sketch  2  a  normal  window  system  from  top  (at  the  lintel)  to  the  boSom  (sill  detail).    

Zoe  Brain  639  607  

Page 3: Logbook week 8

In  sketch  3  you  can  see  all  the  parts  of  the  raw  building  however  you  don’t  see  what  it  looks  like  when  a  window  is  installed  so  I’ve  shown  that  in  sketch  5,  where  you  can  see  the  use  of  /mber  placed  between  the  lintel  and  the  window  frame.  This  is  so  the  force  doesn’t    transfer  into  the  window  but  rather  the  wood  surrounding  it-­‐  otherwise  this  would  compress  and  thus  smash  the  window.    In  sketch  6  you  can  see  what  a  window  and  it’s  frame  looks  like  from  a  side  view.    

Sketch  3,  Zoe  Brain,  (2014)  

Sketch  5,  Zoe  Brain,  (2014)  

Sketch  6,  Zoe  Brain,  (2014)  

Zoe  Brain  639  607  

Page 4: Logbook week 8

Above  is  a  detailed  sketch  of  the  produc/on  of  glass.  The  ingredients  of  glass  are  as  follows:    c.73%  Former  (silica)  c.14%  Fluxes  (Soda  ash/Potash/Lithium  Carbonate)  c.  9%  Stabilisers  (Limestone/Alumina/Magnesia).  To  the  side  is  sketch  **  you  can  see  laminated  glass-­‐  this  has  a  plas/c  interlayer  in  between  it  so  that  if  it  smashed  it  doesn’t  shaSer.  You  can  see  the  difference  between  crystal  and  glass  in  sketch  **.  Glass  has  a  flowing  structure  because  it  is  a  very  slow  moving  liquid  (at  room  temperature).        

Zoe  Brain  639  607  

Page 5: Logbook week 8

Aluminium  doors  are  very  common  in  office  secngs  however  we  tend  to  mostly  use  /mber  frames  for  doors.  Above  is  a  sketch  of  a  door  and  its  different  aspects.    

Doors  

Therefore  something  is  elas/c  if  it  springs  back  and  plas/c  if  it  doesn’t.    Generally  with  small  force  /mber  can  be  classed  as  elas/c  but  as  soon  as  you  increase  it  it  becomes  more  of  a  plas/c  type  shape  if  not  completely  deformed.    

Zoe  Brain  639  607  

Page 6: Logbook week 8

•  References:  •  hSp://www.youtube.com/watch?

v=g7QQIue58xY&feature=youtu.be  •  hSp://www.youtube.com/watch?

v=_I0Jqcrfcyk&feature=youtu.be  •  hSp://www.youtube.com/watch?

v=NW_GibnyBZc&feature=youtu.be  •  hSps://issuu.com/envs10003/docs/

week_08_guide/2?e=8943534/7691735    

Zoe  Brain  639  607