Tekla Detailer MCQ Test Answers and Explanations

Here are the explanations for each correct answer in the Tekla detailer beginner test:

Table of Contents

Question 1: B – Structural engineering design and detailing

Explanation: Tekla Structures is primarily used for structural engineering design and detailing, providing tools to create accurate 3D models of structural projects. These models help in visualizing, simulating, and producing detailed drawings and plans.

Question 2: C – .dwg

Explanation: The .dwg format, which stands for “drawing,” is commonly used to import and export CAD data in Tekla Structures. This format supports detailed and layered information typically required in structural engineering.

Question 3: C – Creating a new model

Explanation: The first step in using Tekla Structures is to create a new model, which serves as the foundational workspace where all subsequent structural detailing and modeling are performed.

Question 4: D – A surface on which objects are modeled

Explanation: In Tekla Structures, a work plane is a defined surface where users can model and manipulate objects. It facilitates precise placement and alignment of model components.

Question 5: D – Perspective view

Explanation: Tekla Structures primarily supports plan, elevation, and isometric views for detailing and visualization. Perspective view is not a standard view type in Tekla, although the software can render 3D views that have perspective characteristics.

Question 6: A – Building Information Modeling

Explanation: BIM, or Building Information Modeling, is a process for creating and managing information on a construction project across its lifecycle. Tekla Structures is a BIM software, enabling the integration of various aspects of structural engineering in one model.

Question 7: D – Connections

Explanation: Connections in Tekla Structures refer to the detailed configurations used to join beams, columns, and other structural elements, typically including information on bolts, welds, and other connection components.

Question 8: B – A programming function that automates repetitive tasks

Explanation: Macros in Tekla are small programs or scripts designed to automate repetitive tasks, enhancing efficiency and accuracy in model creation and modification.

Question 9: C – Color

Explanation: While Tekla Structures allows modification of material properties like modulus of elasticity and yield strength, color is considered a visual attribute and does not affect the physical or mechanical properties of the materials in the model.

Question 10: B – Shop drawings

Explanation: Shop drawings are detailed drawings of manufactured components, such as beams and columns, crucial for fabrication and construction. Tekla Structures is extensively used to produce these drawings.

Question 11: C – To align objects precisely during modeling

Explanation: The snap feature in Tekla Structures helps users precisely align objects during modeling by snapping to specific points or guidelines, ensuring accuracy and proper alignment of structural components.

Question 12: A – Modeling creates 3D structures, drafting creates 2D drawings.

Explanation: In Tekla, modeling involves creating a detailed 3D model of the structure, while drafting refers to the creation of 2D drawings from the model necessary for construction documentation.

Question 13: A – They are used to create repetitive structure elements.

Explanation: Custom components in Tekla are pre-configured or user-defined elements that can be repeatedly used across projects, streamlining the modeling process by saving time and ensuring consistency.

Question 14: B – Using the Clash Check manager

Explanation: The Clash Check manager in Tekla Structures is a tool that detects and reports interferences or ‘clashes’ between different model elements, crucial for preventing construction issues.

Question 15: C – Load Analysis Tool

Explanation: The Load Analysis Tool in Tekla Structures is used for examining the loads and forces acting on different structural elements, aiding in the verification of structural performance under various conditions.

Question 16: A – Double-clicking the object

Explanation: Double-clicking an object in Tekla Structures opens the properties dialog, allowing users to view and modify the properties of the selected object, such as dimensions, material specifications, and other attributes.

Question 17: D – Through import/export capabilities

Explanation: Tekla Structures supports integration with other software through robust import and export capabilities, facilitating the exchange of information and enhancing interoperability between different systems and tools in construction projects.

Question 18: A – Grids

Explanation: Grids in Tekla Structures are used to define the geometrical layout of structures. They serve as reference points that help organize and align elements within the model systematically.

Question 19: D – Programming

Explanation: Structural detailing involves tasks such as dimensioning, annotating, and scheduling directly related to the preparation of construction documents. Programming, however, is related to software development and not a typical task within structural detailing in Tekla.

Question 20: D – Associativity

Explanation: Associativity in Tekla Structures means that drawings are linked to the model data; any changes made in the 3D model automatically update the associated 2D drawings, ensuring consistency and accuracy throughout the project documentation.

Question 21: B – Detailed design and fabrication

Explanation: Tekla Structures is primarily used in the detailed design and fabrication phase of construction, providing detailed, fabricable models and drawings that are crucial for accurate building and assembly of structural components.

Question 22: A – By specifying radius in the properties

Explanation: To create a curved beam in Tekla Structures, users can specify the radius of curvature in the beam’s properties, allowing for precise geometric modeling of curved elements.

Question 23: D – Geometric, material, and schedule data

Explanation: Tekla Structures can extract comprehensive information including geometric details, material specifications, and scheduling data, providing a holistic view necessary for effective project management.

Question 24: B – It helps manage and extract data from the model.

Explanation: The ‘Organizer’ tool in Tekla Structures is used to manage and extract information from the model, facilitating data handling and usage for various project management and documentation purposes.

Question 25: C – Using the model checker tool

Explanation: The model checker tool in Tekla Structures is used to perform automated checks for errors and inconsistencies in the model, ensuring the accuracy and integrity of the model before progressing to detailed design or fabrication phases.

Related Test: