Stone is extremely heavy, which makes it quite inconvenient compared to other building materials. It’s necessary to begin with a very solid base, as stone buildings will have problems if they’re built on mud or soft ground. It’s also hard to create large buildings with stone, since it’s so heavy, but it can be done. The pyramids were made of stone, after all.
Generally, a stonemason is required to ensure that stXXX buildings XXX XXXXXXXXXXX correctly and XXXXXX. Working with stone requires XXXXXXX training XXX tools. XXX example when building a stone wall, or just in XXXXXXX when working with XXXXX for XXXXXXX, the first XXXX XX XX XXXXX a XXXXXX foundation. XXX more permanent you want XXXX wall, the XXXX XX it you XXXX XXXX forever underground. XXX base of XXX XXXX XXXXXXXX to last a XXX XXXXXXX XXXXX must XXXX XX bedrock XX possible, otherwise XX solid XXXXXXX. XXXX XXX XXXX consider XXX XXXXXXXXXX XX XXXX XXXXXXX. XXX XXXX width you build into your wall per XXXX XX XXXXXX, the bigger its footprint, and the more XXXXXX it XXXX XX. So dig XXXX XXXXXX a XXXX bit wider XXXX XXX base XX XXX wall XXX XXXX it as XXXX as you can XXXXXX. XXX XXXX you have a solid foundation XXX XXXX XXXXXXXX XXXXXXX or XXX XXXX are building against an existing XXXXX. XXXXXXXXX XX XXXX XXX XXXXX is XXXXXXX precautions must be XXXXX e.g. XX XXXXX XXXXXXX or wall XXXXXXXX a weather resistant XXXXXXX XX XXXXXXXX or XX XXX XXXXX is XXXXXXXX the XXXXX XXX be applied XXXXXXXX XX XXXX XX XXXXX XX no XXXX XXX XX XXX XXXXXXX. XXX last XXXXXXXXXXXXX to XXXX XX XXX ends. XXX want XXX ends XX XXXX XX unaided; theres XX more XXXX beyond them to XXXX XXXXXXX. XX XXXX XXX XXXXXXX and best XXXXXX XXX XXXX stones you can for ends.
Slide 3: XXXXX Ferrous Metals
“Ferrous” means XXXX, so ferrous XXXXXX are metals XXXX iron, XXXX as steel XXX XXXX XXXX.
Steel XXXXXXXXXX are XXXXXX parts of XXXXXXXXX. The XXXXXX XXXXXXXXX XX buildings XXX be XXXXXXXXXXX out XX XXXXX by XXXXXX a steel XXXXX of XXXXX XXX whatnot. The face of XXX building XXX XX XXXX of any XXXXXXXX, or the structure can be XXXX XX is (XXXXXXXXXXX XXXXXXXXX).
The exteriors XX buildings XXX also be XXXX XX steel, though usually XXXX means the structure XX steel too. XXXXX plates can cover all faces of a XXXXXXXX XXXXX easily. XXXX produces a XXXXXX XXXX, XXX chrome XXX XX used XX make it XXXX like it&XXXXX;s XXXX XXX future.
XXXXX 4: XXXXX Ferrous XXXXXX (cont.)
Typically, XXXXX buildings XXX XXXX XXXX XXXX XXXXXX of XXXXX, each constructed separately. XXXX is XXXX XXXXXXXXXX, XXXXXXX there’s no need to XX XXX the XXXXXXXXXXXX on XXX construction site. Everything XX XXXX together with XXXXX, XXXXXX, bolts, XXX. XXX only concern XX that, XXXX XXXXXXXXX the design, XXXX XXXXXXXXXX XXXXX has XX be accounted for.
Iron XXXXXXX carbon XXX also be used, but XXX look is XXXXXXXXX XXXX. Can complement stone fairly XXXX. XXX most modern combination of steel or iron XXXXX XXXX with XXXXX architecturally XX XXX stone XXXX/ XXXX fence combination. XXX preparations for this are similar to the XXXXX XXXX XXXXX XXXXXXXXXX XXXXXXX several XXXXXXX XXXX XX be made. XXX XX most likely the XXXX building the iron XXXXX XXXXXXXX XXXX XXX XXXXX XXXX XXXXX XX XXXX difficult XXXX a XXXXX is required. XXXXXXXXX on XXXX XXX XXXXX XX XXXX change the parameters XXX XXX XXXXXXX
XXXXX 5: Fitting in
XXXXX exteriors XX well with other XXXXX XXXXXXXXX. They also XX XXXXXX XXXX with XXXX, and generally fit in with buildings XXXX XXX old-fashioned. XXXXX XXXXX’t go XXXX XXXX buildings XXXX XXXX XX XXXXX XXX glass, XXXXXXXXX. XXXXX XXXXX XXX&XXXXX;t generally have buildings XXXX stone XXXXXXXXX due XX this.
Steel exteriors fit XXXX modern XXXXX. XXXXX XXXX well with XXXXX, XXX doesn&XXXXX;t fit with buildings that have a XXXXXXXXXXX look XX them, and XXXX XXX XXXXXXXXXX XXXXX at XXX. You XXXXXXXXX XXX’t use XXXX and steel together.