BTECH 413 module1.b

D) Ribbed Type Wall Panels

Explanation: The College of Engineering and Architecture is linked with the Ribbed Type Wall Panels, which are a specific type of wall panel system designed to meet the structural and architectural requirements of buildings in the field of engineering and architecture.

C) College of Engineering and Architecture

Explanation: The Ribbed Type wall panel system is commonly studied and utilized in the College of Engineering and Architecture, where students learn about its design, construction, and application in building projects.

C) Its ribbed design for added strength and support

Explanation: The Ribbed Type wall panel system is characterized by its ribbed design, which enhances its strength and support capabilities, making it a unique and notable feature in the construction field.

D) Ribbed Type Wall Panels

Explanation: The Ribbed Type wall panel system is specifically categorized as Ribbed Type Wall Panels, which distinguishes it from other types of wall panel systems and highlights its unique design and construction characteristics.

A) Precast Concrete

Explanation: The Ribbed Type wall panel system is categorized as Precast Concrete, which is a significant classification in the construction and architectural industry.

B) Pre-Cast construction

Explanation: The Wall Panel System typically utilizes pre-cast construction, where panels are manufactured off-site and then transported to the construction site for assembly, providing a streamlined and efficient building process.

A) Wall panel construction

Explanation: The College of Engineering and Architecture is associated with disciplines related to construction and design, including areas such as wall panel systems, reflecting its focus on architectural and engineering fields.

C) Horizontally at the job site

Explanation: The wall panels in the Tilt-Up wall panel system are typically cast on the previously placed building floor slab, using only edge forms to provide the panel shape, emphasizing the specific casting method employed in this construction technique.

A) Cast-in-place and Pre-Cast Construction

Explanation: Module 1B of the course 'Alternative Building Construction Systems' focuses on the study of Cast-in-place and Pre-Cast Construction, emphasizing alternative methods of constructing buildings.

B) Lifting pre-cast walls into position

Explanation: Tilt-up construction involves site-casting the concrete walls of a building on its floor slab or on a separate casting bed, then tilting and lifting them into position by crane, emphasizing the method of lifting pre-cast walls into place as a key aspect of this construction technique.

B) A single piece of material with a rectangular shape

Explanation: A flat type wall panel in a wall panel system is described as a single piece of material with a rectangular shape, which functions as the visible and exposed covering for a wall, highlighting its specific design and purpose within the system.

C) College of Engineering and Architecture

Explanation: The Ribbed Type wall panel system is linked to the College of Engineering and Architecture, emphasizing its relevance in the field of construction and design within this academic institution.

B) A type of pre-cast construction

Explanation: The Tilt-Up wall panel system is specifically described as a special form of precast wall construction, where wall panels are cast horizontally at the job site and then erected, highlighting its unique method of construction.

C) Edge forms

Explanation: In the Tilt-Up wall panel system, only edge forms are used to provide the panel shape, showcasing a distinctive feature of this construction method.

B) It allows for quick maintenance and repairs

Explanation: The ease of replaceability in flat type wall panels is important as it facilitates quick maintenance and repairs, minimizing downtime and disruptions, and contributing to the overall efficiency and functionality of the building or structure.

A) To provide natural lighting and ventilation

Explanation: Window type wall panels are designed to provide natural lighting and ventilation, contributing to the overall comfort and functionality of the building's interior spaces.

D) Ribbed Type Wall Panels

Explanation: The Ribbed Type wall panel system is specifically categorized as Ribbed Type Wall Panels, which distinguishes it from other types of wall panel systems and highlights its unique design and construction characteristics.

D) Tilt and lift by crane

Explanation: In tilt-up construction, the primary method of positioning concrete walls involves tilting and lifting them into position by crane, highlighting the use of cranes as a crucial component in the construction process.

C) To act as a decorative element

Explanation: The primary function of a flat type wall panel in a wall panel system is to serve as the visible and exposed covering for a wall, functioning as a decorative element that enhances the aesthetic appeal of the structure.

B) Use of finishing materials

Explanation: One of the benefits of using flat type wall panels is that the application of paints or other finishing materials is not required, highlighting the convenience and cost-effectiveness of this construction method.

D) Interior finish

Explanation: The interior surface of wall panels may or may not form the interior finish, contributing to the overall appearance and functionality of the building's interior spaces.

D) Exterior facing of the building

Explanation: The primary function of exterior wall panels is to serve as the outer surface of the building, providing protection and visual appeal.

C) Facilitating efficient installation

Explanation: Flat type wall panels are recognized for their ability to facilitate efficient installation, making them a practical choice for construction projects that require timely completion.

B) Arch. Eric V. Dizon

Explanation: The content is attributed to Arch. Eric V. Dizon, indicating the authorship of the information.

C) College of Engineering and Architecture

Explanation: The Ribbed Type wall panel system is linked to the College of Engineering and Architecture, emphasizing its relevance to the field of construction and design within the academic setting.

C) Environment friendly systems

Explanation: Companies have introduced environment friendly systems for flat type wall panels, emphasizing the industry's commitment to sustainable and eco-friendly construction practices.

C) Floor slab

Explanation: The floor slab serves as the bottom form for the tilt-up wall panel system, providing a foundational surface for the construction of the panels.

C) They are non-structural

Explanation: Wall panels are non-load bearing walls, meaning they do not provide structural support to the building, but rather serve other functional and aesthetic purposes.

C) To enhance natural lighting

Explanation: Window type panels within a wall panel system are designed to enhance natural lighting within the building, contributing to a well-lit and visually appealing interior environment while reducing the need for artificial lighting during daylight hours.

C) Tilt-Up Wall Panel System

Explanation: The Ribbed Type wall panel system is categorized under the Tilt-Up Wall Panel System, which is a method of construction where concrete elements are cast on the ground and then tilted into position.

C) College of Engineering and Architecture

Explanation: The Ribbed Type wall panel system is linked with the College of Engineering and Architecture, emphasizing its relevance in the field of construction and design within educational institutions.

C) Exterior facing of the building

Explanation: Wall panels in a building are primarily utilized as the exterior facing of the structure, providing both aesthetic appeal and functional protection.

D) Resting on the building structure

Explanation: Wall panels may rest on the building structure or may be hung from the structure, showcasing the versatility in their installation and support methods.

D) To serve as a protective barrier for the building

Explanation: Wall panel systems are designed to act as a protective barrier for the building, shielding it from external elements and contributing to its overall durability and longevity.

C) To prevent concrete bonding between panels and the casting surface

Explanation: The bond breaker compound is applied in wall panel construction to prevent concrete bonding between the panels and the casting surface, facilitating the demolding process and ensuring the integrity of the individual panels during installation.

C) Reduced construction costs

Explanation: Flat type wall panels offer the benefit of reducing construction costs, making them an attractive option for construction projects seeking cost-efficiency. This advantage contributes to their widespread use in the industry.

C) Concrete

Explanation: The Ribbed Type wall panel system primarily utilizes concrete, which is a key factor in its structural integrity and design.

B) Reduced construction cost

Explanation: Using Wall Panel Systems in construction can lead to reduced construction costs due to the efficiency of pre-fabricated panels, which can be manufactured in controlled environments and then assembled on-site, minimizing material wastage and labor time.

B) To resist impact and wear

Explanation: Durability is crucial in flat type wall panels to ensure they can withstand impact and wear over time, contributing to their longevity and ability to maintain their functional and aesthetic properties in various environmental conditions.

D) Their smooth, flat surface

Explanation: Flat type wall panels in construction are characterized by their smooth, flat surface, which contributes to a sleek and modern aesthetic while offering design versatility in architectural applications.

D) All of the above

Explanation: 'Uniformity of appearance' in flat type wall panels encompasses consistency in color, texture, and size, contributing to a cohesive and aesthetically pleasing overall look, which is an important aspect in architectural and design considerations.

D) To serve as a load-bearing element

Explanation: Wall panel systems in construction are designed to serve as load-bearing elements, contributing to the structural integrity of the building and providing support for other components such as the roof and floors.

B) When there is limited slab space

Explanation: Panels may be cast one on top of another in the tilt-up wall panel system when slab space is limited, allowing for efficient use of available space.

C) Reduced construction time and cost

Explanation: The use of wall panel systems in construction offers the benefit of reduced construction time and cost, making it an efficient and cost-effective choice for building projects.

C) Horizontally at the job site

Explanation: The wall panels in the Tilt-Up wall panel system are typically cast on the previously placed building floor slab, highlighting the specific location where this casting process takes place.

C) Reduced construction time and cost

Explanation: The use of wall panel systems in construction offers the benefit of reduced construction time and cost, as these systems are prefabricated off-site and can be quickly installed, leading to overall efficiency in the construction process.

D) To prevent the panels from sticking to the slab

Explanation: A bond breaker compound is applied to the slab in the tilt-up wall panel system to prevent the tilt-up panel from sticking to the slab, facilitating the lifting and positioning of the panels during construction.

C) Enhanced structural strength

Explanation: Ribbed type wall panels are distinguished by their enhanced structural strength, making them suitable for applications where robustness and load-bearing capacity are essential.

C) Transparent glass

Explanation: A window type panel in a wall panel system is characterized by the incorporation of transparent glass and frame, allowing for visibility and natural light to penetrate the building's interior.

E) Ribbed Type

Explanation: The Ribbed Type wall panel system is characterized by its ribbed design, which provides structural strength and aesthetic appeal to the building. This type of panel is commonly used in construction for its unique features.

C) A system for constructing walls using pre-fabricated panels

Explanation: The Wall Panel System in engineering and architecture refers to a method of constructing walls using pre-fabricated panels, which offers efficiency and precision in the construction process.

D) All of the above

Explanation: Flat type wall panels serve multiple functions including decorative, insulating, and soundproofing functions, along with uniformity of appearance, durability, and ease of replaceability, making them versatile and practical in construction and design.