Explain the concept of distribution of loads in structures.

Q: Explain Laminar and Turbulent Flow.

A: Laminar flow:

Q: What is work? Describe three example of work that are relevant to fluid mechanics

A: Answer Introduction The control volume has the involvement of one or more forms of work at the same…

Q: Explain in your own words the concept of influence line. (

A: An influence line indicates the change of shear force, deflection , moment or reaction force at a…

Q: 1. Provide at least two (2) examples of any civil engineering related problems that uses numerical…

A: Numerical approaches are used to approximate the answer to a problem when an analytical solution is…

Q: What is the significance of mass and weight in engineering applications

A: The significance of mass and weight in engineering applications:* mass is one of the fundamental…

Q: Explain in detail some of the failures of civil engineering structures due to geological drawbacks?

A: In the development of civil engineering constructions, geological variables play a significant…

Q: What are the functions of structural engineering and what are their outputs?

A: Functions of structural engineering. Structural engineering is an important field of civil…

Q: What is the importance of Viscosity, Surface Tension and energy in Civil Engineering studies?

A: The viscosity of the fluid is also referred to as absolute viscosity, coefficient of viscosity, or…

Q: d Give a structural engineering explanation to the placement of pinnacle statues on top of flying…

A: Part d Pinnacle statues at the top of flying buttresses act as the crown of the buttress for…

Q: Give three examples of a material’s mechanical properties.

A: Mechanical properties of material: Strength. Malleability. Ductility. Creep and Slip Toughness.…

Q: Explain the benefits of using computer software in structural analysis and design.

A:

Q: Why is it important to consider the structure of a material while designing and fabricating…

A: Material selection can affects the cost, size, strength, weight, fabrication and assembly of the…

Q: Write about the different wheel loads in aircraft? Explain in your own words.

A: The main wheel tire of aircraft is designed considering the concept of static loading.…

Q: АЗ The process to determine the resultant force for a given system of forces is

A:

Q: What are Rigid Bodies? Give at least 5 examples with description.

A: Brief concept- There are different types of objects in the environmnet. Some of them are rigid, some…

Q: Explain what is meant by pressure and stress and give examples from everyday life.

A: PRESSURE: The pressure is defined as the force that is exerted on an object. The force is…

Q: how is Diastrophism related to Civil Engineering?

A:

Q: Explain the Sensitivity Analysis of Parameters used in civil engineering ?

A: Answer:- Sensitivity Analysis:- The technique used to determine how independent values will impact a…

Q: What are the tendencies of a force?

A: Brief c ncept- F rce- A f rce i defined a a p h r a p ll which have the p tential t bring ab t me…

Q: Explain the physical meaning of the terms absolute pressure and gauge pressure

A: Given data in question  Absolute and guage pressures  To be discussed  Physical meaning of Absolute…

Q: Can you give me an example of moving loads (Strength of Materials) with computation of its falling…

A: Moving loads are those loads which continuosly change their position like moving truck on a Bridge.

Q: Explain what we mean by a force and give examples of different forces.

A: Force- It is defined as a quantity that causes any object to undergo any motion. Mathematically it…

Q: forces make the body contract.

A: Compressive force make the body contract .

Q: a) If the total weight of an object is to be represented by a single equivalent force must this…

A:

Q: xplain what is the importance of the Shear and Moment diagram in Civil Engineering. Limit your…

A: Calculating the shear force as well as the bending moment at a specific place on a structural…

Q: give a summary of learning in the analysis of beams under Ultimate Strength Design and how is it…

A: The ultimate strength method provides the actual stress-strain relations of concrete and steel, up…

Q: 5. What is the magnitude, direction and position of the resultant of the system of forces shown…

A:

Q: Is the modulus of volume compressibility (mv ) a constant? Explain with reference to a  plot. Can…

A: The modulus of volume compressibility is used in soil to determine the rate of change in volume…

Q: What is the limitations of molecular mechanics method?

A: Answer :- The limitations of molecular mechanics method . Molecular mechanics parameters are…

Q: Describe the behavior described by the classical theory of plasticity.

A: Classical theory of plasticity is an earlier study of metals during the nineteenth century. This…

Q: IN YOUR OWN WORDS give importance of learning the planar kinematics regarding Kinematics of Rigid…

A: The body is said to be a rigid body when the distances between all the particles of that body remain…

Q: Explain fatigue

A: Fatigue is the progressive and localised structural damage that occur due to cyclic or reverse…

Q: Drag force is affected by

A: cross sectional area and smoothness

Q: Explain  the Principal Moments of Inertia?

A: A relation between the area of a surface or the mass of a body to the position of a line.

Q: came forces acting or

A: To find: Which have same force acting on it.  Given option :- Dynamic, geometric, conditional and…

Q: explain the importance of principle Safety.

A: According to Construction, the principle safety of working persons is the most important…

Q: Explain what is meant by modulus of elasticity and modulus of rigidity.

A: Given : Modulus of elasticity (E) Modulus of rigidity (G)

Q: Which type of force is this

A: This force is tensile force . This force tries to elongate the body .

Q: Show the steps that you would take to convert your weight from pound-force to Newtons.

A: Given data: Pound Force. Newton.

Q: Explain Equilibrium conditions in details.

A: 2) The equilibrium conditions are the summation of vertical forces, horizontal forces, and the…

Q: Q. What are the application of trusses ?What are the different types of trusses?

A:

Q: Research on the following: a. What are the basic beam and frame terminologies? b. What is the…

A:

Q: . Explain what is the viscosity.

A: Viscosity is one of the property of fluid due to which the fluid offers resistance to the motion of…

Q: weight of a man

A: Given:- Thickness of block of wood, tw = 0.20 m Area of block of wood, Aw = 1.05 m2 Specific gravity…

Q: Explain what is the Controlled Modulus Column.

A: For thin, compressible, and weak soil, CMC are taken as a soil remediation approach. Some large…

Q: describe the differences between internal forces and external forces

A: External forces are those forces which are caused by external agent outside of the system. Internal…

Q: can you please help me for this question? Can you explain what is bending movement and shear force…

A: Solution Bending moment and shear force are two important terms that are generally used in design of…

Q: Two forces are acting on an object. One force is pulling the object with an upward direction to the…

A: A rough sketch of the given force system is shown below:

Q: Neatly sketch and explain the constructional feature of manually powered material handling equipment…

A: Construction equipment used for the movement, storage, control and protection of materials, goods…

Building codes

Building codes are the set of norms that contain all the standards for the construction of all the building and non-building structures. It is essential to follow the guidelines given in the building codes to get the project approved by the local authorities. The engineers, architects, contractors, and all the people involved in construction activities are obligated to refer to the building codes before performing any construction activity. In the United States of America (USA), The I-Codes, which are the International Building Code (IBC) or International Residential Code (IRC), electrical codes, plumbing codes, and mechanical codes are the model codes adopted. These model codes are updated after every three years.