BLDG1003 - Enhancement of Structural Analysis of Multi-storey Buildings Assignment

Assignment Task

Introduction

This assignment has been designed to assess your ability to apply the knowledge, skills and tools you are learning about structures to a practical example. Precisely, this assessment unfolds in two main stages. First, you must study a building of choice and address the points below (stage 1). Then, in the second stage, we ask you to solve two statics and structural analysis exercises based on the data gathered in stage 1.

Stage 1

First, you must complete the following guided steps and present the results in the same order, preceded by a short executive summary. Please use the titles below for each step as the headings in your submission.

Instructions to students

1. Selected Building - Introduction

• Identify a multi-storey (at least one floor above the ground floor) public building in Perth or any of its suburbs. You should select a building that you can access easily for as many visits as required without affecting the users and causing any disruptions to the normal operations inside the building.
• You should identify the building location and its use and provide any other information relevant to the following sections of this assignment.
• Provide at least two clear photos of the Google map aerial and street view images or pictures downloaded from online websites are unacceptable.

2. Building vs Structure

• Describe in your own words how “building” and “structure” are
• You could research this However, a direct copy of relevant references must be strictly avoided

3. Building Importance Level

• Identify the importance level for the building you introduced in step 1 as defined by the National Construction Code (NCC).
• The importance level must be from a structural safety point of
• You must justify your answer by providing relevant

4. Structural Elements

• Identify and describe at least three visible structural elements in the building introduced
• Provide a photo of each element and explain the role of that element in the
• Ensure that one of these structural elements is a Please measure the length of the floor and report its length and depth in meters. Let’s call these measures X and Y. For example, you might find that a room has X = 4 m and Y = 3.4 m. This is essential for stage 2 of this assessment .

5. Structural Material

• Identify and describe the material for the structural elements you identified in the previous
• Specify the unit weight of the material (mention the source where you find these values).

6. Permanent Actions

• Identify and describe at least three sources of permanent (dead) actions in the above
• Provide a photo of each
• Justify why these loads are classified as permanent concerning relevant Australian

7. Imposed Actions

• Identify and describe at least three sources of imposed (live) actions in the above
• Justify why these loads are classified as imposed concerning relevant Australian
• Specify the minimum load that must be considered for each source regarding the relevant Australian

8. Load Tracing

• Carry out a literature study on “load tracing” in
• Present the results of your literature study within a maximum of 200
• Identify a load on the floors above the ground
• Using the concepts you have learned about structures and the results of your literature study, trace a diagram to show how the above load is channelled through structural elements from its point of action to the ground.
• Explain the diagram in your own

9. Applicable Design Code

• Identify the Australian standard(s) that must be used to design the three structural elements identified in step 4.
• Justify your answer by providing evidence from the standard(s) you have

Stage 2

This stage starts with the measures X and Y collected in step 4 above. You must now use these measures to solve the following two exercises.

Exercise 1 

Apply the measures X and Y to the figure below. This figure represents the floor of a communal kitchen of a hotel. The floor has a 25 cm concrete slab (concrete density: 2,400 kg/m³) and a 3 cm layer of tiles (tile density: 3,200 kg/m³). Also, the structure supports an overhanging permanent ceiling (G = 220 N/m²). To solve this exercise, you must calculate the total load on the central beam as prescribed by the standards.

The answer should be given in kN.

Exercise 2 

Use the X dimension to solve the problem below, addressing the following points:

1. Draw the free-body diagram

2. Apply the conditions of equilibrium to calculate the external and internal reactions

3. Reapply the reactions to the free-body diagram

This BLDG1003 - Construction Management has been solved by our PhD Experts at My Uni Paper.