BSB230 Building Structure II UITM Assignment Sample Malaysia

BSB230 Building Structure II is a course that focuses on the analysis and design of structural systems for buildings. The course covers advanced topics in structural analysis, including matrix analysis, structural stability, and plastic analysis. It also includes the design of reinforced concrete and steel structures, as well as the use of computer software for structural analysis and design.

The course aims to provide students with a solid understanding of the behavior of structures under load and the ability to design safe and efficient structures. Students will learn about the principles of structural design, including load paths, structural systems, and the selection of appropriate structural materials. Throughout the course, students will engage in both individual and group work, including design projects and problem-solving exercises. The course is typically aimed at students studying civil engineering or a related field and is usually offered at the undergraduate level.

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Here, we will discuss some assignment briefs. These are:

Assignment Brief 1: Determine the structural behaviour and calculate a simple Reinforced Concrete (R.C.) and Steel structures.

Determining the structural behavior and calculating reinforced concrete and steel structures is a complex process that requires knowledge and expertise in structural engineering. The design process involves analyzing the loads that the structure will experience, determining the appropriate materials and sizes for each structural component, and ensuring that the structure meets safety and building code requirements.

For reinforced concrete structures, the process typically involves the following steps:

1. Determine the loads: This includes analyzing the dead loads (weight of the structure itself) and live loads (weight of people, furniture, equipment, etc.) that the structure will need to support.
2. Choose the materials: This includes selecting the appropriate grade of concrete and reinforcement steel based on the loads and design requirements.
3. Determine the structural components: This includes designing the beams, columns, and slabs that will make up the structure based on the loads and materials selected.
4. Calculate the design forces: This involves determining the forces that will be acting on each component of the structure, such as bending moments and shear forces.
5. Design the reinforcement: This includes determining the size and spacing of the reinforcing steel bars that will be used to reinforce the concrete elements.
6. Check for code compliance: This includes ensuring that the structure meets all building code requirements, such as minimum thicknesses for slabs and beams, maximum spans for beams, and minimum reinforcing steel requirements.

For steel structures, the process is similar but involves different materials and design considerations. Some of the key steps in designing a steel structure include:

1. Determine the loads: This includes analyzing the dead loads and live loads that the structure will need to support.
2. Choose the materials: This includes selecting the appropriate grade of steel based on the loads and design requirements.
3. Determine the structural components: This includes designing the steel beams, columns, and connections that will make up the structure based on the loads and materials selected.
4. Calculate the design forces: This involves determining the forces that will be acting on each component of the structure, such as bending moments and shear forces.
5. Check for code compliance: This includes ensuring that the structure meets all building code requirements, such as minimum thicknesses for steel members, maximum spans for beams, and minimum connection requirements.

The design and calculation of a reinforced concrete or steel structure require specialized knowledge and expertise. It is recommended that you consult with a licensed professional engineer to ensure that your structure is safe and meets all building code requirements.

Assignment Brief 2: Describe the type of failures and appropriate remedies in R.C. and Steel Structures in term of their structural behaviour.

R.C. (Reinforced Concrete) and steel structures are both widely used in the construction industry, and each has its own unique failure modes and corresponding remedies. Here is an overview of the types of failures and appropriate remedies in R.C. and steel structures in terms of their structural behavior:

R.C. Structures

1. Failure modes: In reinforced concrete structures, the most common failure modes are due to bending, shear, and compression. These failures can be caused by a variety of factors, including inadequate reinforcement, poor-quality concrete, or inadequate design.
2. Remedies: The appropriate remedies for these failure modes include increasing the amount of reinforcement, improving the quality of concrete, and modifying the design to increase the load-carrying capacity of the structure. Strengthening measures such as epoxy injection, fiber-reinforced polymers (FRP), steel plate bonding, or external post-tensioning can also be applied.

Steel Structures

1. Failure modes: In steel structures, the most common failure modes are due to excessive deformation or instability, fatigue, or corrosion. These failures can be caused by a variety of factors, including inadequate design, overloading, or exposure to harsh environments.
2. Remedies: The appropriate remedies for these failure modes include modifying the design to increase the stiffness and stability of the structure, reducing the load, improving the material selection or applying coatings to prevent corrosion. Strengthening measures such as welding, bolting, or installing braces or trusses can also be applied. Additionally, non-destructive testing techniques can be utilized to detect and address potential problems before they lead to structural failure.

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