From the continuous beam show, determine the reaction at B in kN. El is constant. 250 kN 20 kN/m D. 12 m 12 m 4 m 4 m O Zoom image 106.12

Q: Explain the types of fluid-structure interaction and draw the flow chart.

A: Fluid–structure interaction is the interaction of some movable or deformable structure with an…

Q: Compare and contrast the von Neumann architecture and Harvard architecture in computational systems.

A: The Harvard architecture and von Neumann architecture are two fundamental CPU (Central Processing…

Q: Explain Coulomb theory.

A: Coulomb’s theory used to determine the shear strength of the soil. It states that the total lateral…

Q: Why dynamic viscosity is also termed as absolute viscosity?

A: Viscosity is defined as the property of a fluid that determines its resistance to shearing stress.…

Q: Determine kinematics determinacy

A: Number of joints (j)= 7 Reactions (r)= 3

Q: What is the first step of civil engineering

A:

Q: Why is the force method in analyzing structures not suitable for computer programming?

A: Step: 1 Force method of analysis: - It is also known as consistent deformation method. Force method…

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

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

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: The structural diagram. Structure charts may demonstrate module types. Why transform analysis?

A: A structural diagram, also known as a hierarchy chart or structure chart, is a graphical…

Q: 6. The similarity between the forces of model and prototype is a) Dynamic similarity b) Potential…

A: This question is related to the Dimensions and Model Analysis from Fluid Mechanics.

Q: Why finite element solutions are superior to other numerical solution methods, explain with figures…

A: A finite element method is a numerical technique to find an approximate solution to a class of…

Q: Briefly explain the following: Similitude, Geometric and kinematic similarities, Dynamic similarity,…

A: The relation of similarity shown between a prototype and its model is known as similitude. There are…

Q: Programming the MCS Method in MATLAB or any programming language which you are familiar according to…

A: A step-by-step procedure is as follows:Step 1: Define the issue Define the issue that you want to…

Q: Question: 1. Find the centroid of an object  2. Draw an FBD diagram.

A:

Q: Q1: Difference between Finite element analysis and finite element methods ?

A: Everything we see around us, from roads, bridges, dams, sewage and pipeline systems, to buildings,…

Q: Q#1: Define/State the following Contact Forces and Body Forces Concentrated and Distributed Forces…

A: Contact force and body force- Contact force- a contact force is a force that requires contact to…

Q: schematic models  a. look like their real-life counterparts b. do not look at all like their…

A: Schematic models are more abstract than the physical models. While they do have some of the visual…

Q: What kind maths does civil engineering do

A: There are different types of calculations done in civil engineering. These calculations are…

Q: Why is the central limit theorem important in engineering?

A: Introduction: Central limit theorem(CLT): In this theorem, we can find the distribution of sample as…

Q: In engineering, what does a differential equation represent?

A: Brief c ncept intr d cti n- Differential eq ati n- It i an eq ati n that give a relati n hip between…

Q: considering the trapezoid figure, show the derivation of the formulas used

A: Answer We know that for a given slope , roughness coefficient and area of flow, if the maximum…

Q: Find expressions for geometric structure factor and atomic form factor .

A: The geometric structure factor and atomic form factor are important concepts in the analysis of…

Q: Expalin why a Finite Element Method is powerful tool to replace the experimental programs?

A: Solution: The finite element method is a widely used method in order to solve numerically…

Q: All of the following must be defined in the formulation of Physical Model EXCEPT: A. Transport area…

A: Physical model- A physical model depicts a physical construct whose properties are similar to those…

Q: Give examples of MATLAB’s symbolic operations.

A: Solution: Examples of the MATLAB 's symbolic operation are:1. Calculus2. Linear Algebra3. Algebraic…

Q: 1. What is a model analysis?

A: a: a small scale replica

Q: What is the best way to explain a structural diagram? Provide some examples of the various module…

A: A form of diagram known as a structural diagram shows the many parts and connections of a system or…

Q: What is the limitations of molecular mechanics method?

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

Q: D E А Co

A:

Q: Find the centroid of the following cross-sections and planes.

A: Centroid is = (0, 9.427 in)Explanation:Step 1: Calculation for centroid of given section.Thanks.

Q: Explain the physical meaning of the dimensionless groups.

A: A combination of dimensional or dimensionless quantities with zero overall dimension is referred to…

Q: Why does MATLAB play a role in solving computational geometry problems?

A: MATLAB is a short form of Matrix Laboratory, reason being it was invented in order to solve…

Introduction to Engineering Design

Students are often confused with engineering and design. The term engineering design has two words with different meanings, engineering, and design. The term engineering implies applications of laws and principles of science to design and analyze physical structures and components. In civil engineering, students apply the concept of physics and chemistry to design and build structures and buildings. In engineering disciplines, the term design means determining the dimensions, loads, and associated influences on the component due to the applied loads such as stresses and deformations. The estimation of such parameters is crucial to make the component or structure foolproof.