Q.13 The kinematic indeterminacy (Degree of Freedom) of the frame given below is Hinge ions (b) 6 (d) 10 (a) 4 (c) 8

Q: What are the examples of steel design

A: There are various examples of steel design (1) rolled steel sections (2) compression members (3)…

Q: What the deviator stress?

A: The deviator stress can be defined as it is the difference between the principal major and minor…

Q: What is the difference between Load and Stress Testing

A: Load refers to the heavy load application experiences when a large number of users simultaneously…

Q: What are the Effects of Surface Tension?

A: The force that held the surface molecules together is called surface tension. The external force is…

Q: Give three examples of different types of tensile structures and their application

A: A tensile structure is a type of construction characterized by elements such as cables, membranes,…

Q: From studying Steel Design, we became familiar with the different philosophies that are used in…

A: Brief concept introduction- Steel design is a branch of structural engineering that deals with the…

Q: What factors affect the tensile strength of a material?

A: Tensile strength is an intrinsic mechanical property that measures how much pull a material can…

Q: How do you test load/stress testing?

A: The load testing process can be briefly described as below the process:-  1. Create the dedicated…

Q: How does strain hardening benefit structural design?

A: Strain Hardening Promoting stronger and harder metal due to plastic deformation is said to be strain…

Q: How does bending stress impact engineering design?

A: Bending stress can be defined as the normal stress that is generated when any structural member is…

Q: What are your viewpoints about certain ane uncertain in structural engineering?Give more examples…

A: A certain structure means the structure is safe and do not have any source of error, and an…

Q: Write in detail foremost engineering problems in cement industry

A: Main problems in Cement Industry (In pyro-processing) cyclone jamming Kiln inlet jamming large…

Q: illustrate normal stresses in cross section.

A: Normal stress is the stress component perpendicular to a given surface, such as a cross section of a…

Q: Why is it important for civil engineers to determine the deflection and stress in beams?

A: Deflection is very important for the civil engineers in order to measure the weight of a particular…

Q: POLYMER STRUCTURE based us Fibers, Plastics, or Elastomers

A: thanks for posting your question   you haven't mentioned in how many words you want the report on…

Q: does

A:

Q: Relating to geotextiles (geofabrics), what is a significant difference in appearance and texture…

A: Geotextiles are defined as the textile structures which are permeable and made from polypropylene or…

Q: Explain how Torsion affects structural members in construction.

A: The condition of strain inside a substance that such an applied torque has stretched is known as…

Q: What are the three notations used to conduct beam analysis, and which directions are positive, and…

A: As per bartleby answering guidelines, we àre supposed to solve one question in case of multiple…

Q: Differentiate malleability and ductility

A: Malleability and ductility is material properties definitions of which are given below.

Q: How did u calculate minor and major stress

A: Minor and major stress

Q: What is the modulus of Elasticity of ASTM  A500

A: ASTM also known as American Society for testing and materials, is an international organization that…

Q: Show the relation between modulus of elasticity and bulk modulus.

A: Bulk modulus :k=StressVolumetric strain=σδVVYoung's modulus :E=StressLinear Strain=σεWe know…

Q: Define induced stresses ?

A: The internal resistance of a body to changes and deformation due to applied load is known as stress.…

Q: Explain briefly Reinforced Portland Cement Concrete .

A: Portland cement concrete is a high-strength concrete that is highly susceptible to spalling in a…

Q: What is the tensile strength?

A: Tensile strength:- Tensile strength is the maximum load that a body can stretched without fracture…

Q: In your own comprehensive thoughts, briefly define the following structural terms from the National…

A: One of the main reasons why the National Building Code was created is to ensure public safety. All…

Q: Give 5 examples of composite materials and their application in everyday life

A: Give 5 examples of composite materials and their application in everyday life 1. Mud Bricks:- Mud…

Q: What is relation between stress and strain?

A:

Q: What are the three major classifications of bonding agents?

A: The three major classification of bonding agent are: cement adhesives glue

Q: Illustrate shear stresses in a cross section

A: Shear stress is defined as a stress which acts along the direction of force. It is given as τ= shear…

Q: What are the two ways bonding agents hold materials together?

A: During construction, many elements are to be bonded to provide strength and aesthetic look to the…

Q: Why is tensile strength testing important for construction and civil engineering

A: Tensile strength is very important factor in concrete or civil construction work

Q: Discuss how the framework for designing technology in commercial buildings is of help in the…

A: For the structural designer the basic inseparable tools are structure analysis and structural…

Q: Describe Consistency in the Remolded State and Plasticity.

A: Consistency Limit:

Q: Present key points when discussing about CONCRETE in construction.

A: Concrete is a versatile and widely used building material that is made by combining cement, water,…

Q: Civil Engineering what is the fabric structure?

A: Fabric structures are actually defined as the tensile structures in which a membrane is 'stretched'…

Q: Define Tensile stress and Tensile strain.

A:

Q: Define what is a stress-strain diagram and its importance in Civil Engineering field.

A: ASKED: To define a stress-strain diagram and it's importance in civil engineering.     Definition: A…