Maintenance Planning Report

Maintenance Planning Report

Table of Contents
1. Executive summary.....................................................................................................................3
2. Introduction..................................................................................................................................4
3. Problem Analysis.........................................................................................................................5
4. Solution Development.................................................................................................................8
5. Conclusion.................................................................................................................................13
6. References..................................................................................................................................14

1. Executive summary
The purpose of this study is to identify moisture problems that have occurred in the facility
promoting construction compliance in countries such as Australia. This study differentiated
many structural deficiencies that occurred due to moisture problems. From the perspective of this
study, we can assume that a humidity problem is one of the real targets for building compliance.

2. Introduction
Background of Architecture building
Since then Archeology, engineering - the craft of structuring and developing structures - has
been constantly intertwined with the historical background of craftsmanship, for at least three
reasons. Initially, many open works (especially narrow structures) were designed in the style,
equally useful. They were designed to move just like serving open capacity. As such, they
involved the administration of a wide range of "experts" and animated a skilled workforce just
like the workers. Secondly, in a large number of these structures, the exterior and interior were
surrounded as large spaces for the painting of strong works of art (for example the Sistine
Chapel), cabinet and relief molds (for example the Parthenon, European Gothic Prayer Houses),
restored glass objects (e.g. Chartres Cathedral) and various crafts such as mosaic and
metalworking. Third, open-structure programs were generally inconsistent with the development
of the visual crafts and most of the major "phrase" developments involved both engineering and
the visual arts.
The arrangement of the common rectangular structure was regularly surrounded by rows on each
of the four sides (e.g. the Parthenon) or even less rarely only in front and rear (e.g. Athena Nike
Temple). The roofs were lined with wooden bars fastened with terracotta tiles and did not run.
The gables (the flat triangular shape at each pointed end of the structure) were usually loaded
with carved ornaments or friezes, such as the high-rise line at the end of each side divider,
between the roof and the highest points of the sections. In the late 4th and 5th centuries BC,
Greek model makers began with a rectangular arrangement of standard sanctuaries for a circular
structure (in tolos), decorated with dark marble to highlight some design parts and give rich
shady contrasts passed.
These structures were greatly enhanced by a vast array of Greek models - pedal work, friezes,
reliefs and various types of unique sculptures - of a metaphorical nature, explaining fanciful
myths and times in Greek history and culture.

3. Problem Analysis
Problem analysis examines a situation / problem to allow the analyst to see the problem in
greater detail, to suggest well-founded answers for clarification.
Similarly, a problem investigation determines the extent of the case and whether the problem is
actually identified by the specific site being investigated. For example, a work environment may
require a study to be conducted to quantify the cost and time associated with installing an
alternative lighting frame because several manufacturers have recorded protective applications
due to eye problems. Before looking into the cost of lighting, a difficult study would determine
the extent to which light affects manufacturers or whether light really isn't an issue. Inspecting
the records may involve removing eye cases for the staff of a particular store. For this situation,
the audit trail would be difficult to prescribe provisions identified by this particular area.
However, upon further investigation of the store staff, it could also be established that the light
was not to blame. Instead, the meetings confirmed that the staff stayed up all afternoon reading
for the classes they were attending. After that, the study would be hard pressed to say that the
lighting was not the cause, giving the organization time and money.
Identification of possible defects
1. Mould and moss growth

Mould between the bricks gap
Structural dampness is the presence of unwanted moisture in the structure of a building, either
the result of intrusion from outside or condensation from within the structure. The high level of
moisture problems in structures is determined by the subsets in the collecting and penetrating
atmosphere. The mobile infiltration of liquid from the earliest stages through concrete or
masonry is called "wet drainage" and is managed by the shape and contamination of the
development materials through which the entrance is narrow. Fundamental sogginess, with little
regard for the systems through which it occurs, is exacerbated by increased heat levels.
The main cause of dampness is excessive water is entering into the masonry probably may due to
mortar joint deterioration or rising damp result of defective damp proof courses.
2. Cracks
Cracking of concrete slabs