Consider a cantilever beam as shown in Fig 1(a) with the following details: • Young's Modulus = 12,000 MPa • Length of the beam, L = 3.0 m • Beam cross-section = Rectangular (width, b = 0.2m and height, h = 0.3m) • Uniformly distributed load of, w = 2.0 KN/m • Max. allowable deflection, y_max = 5.0 mm B Fig 1(a) Provide complete analysis for the following: a) Is the beam safe against maximum allowable deflection b) It was decided that a machine (weight, F = 10.0 KN) be placed at the center of the beam as shown in figure 1(b). The machine may be idealized as a concentrated load. i. Is the beam still safe under deflection? ii. If allowable deflection is exceeded, propose a design retrofit such that the max. deflection in the beam is under the allowable limit. Please note that you are NOT allowed to change the beam material or cross-section. Assume that during the retrofit, the beam is jacked up to eliminate existing deflection.

Q: While you build the structure, keep potential stumbling blocks and challenges in mind. After all.…

A: When designing a building or infrastructure project, civil engineers must consider a wide range of…

Q: Describe one of the key duties of engineers: the preparation of capital budgets.

A: An engineer is someone who utilizes scientific knowledge to design, build, and repair engines and…

Q: What is the role of architecture in society? Consider a project and map it both architecturally and…

A: There are following role of an architect on a society at large scale .

Q: Application of morel Theories Existentialist ethics titan submersible.       Ask what the moral…

A: Approach to solving the question: Detailed explanation: Examples: Key references: - "Carbon Fiber…

Q: Identify which is the obligations of the engineers that can show their dual loyalty A. O Meeting the…

A: Hi! Thank you for the question.  As per the honor code, we’ll answer the first question since the…

Q: benefits of Linguistic capital

A: First we have to know about linguistic capital iLinguistic capital has been used to the describe the…

Q: positive impact does psysical ability

A: Physical acitivity has been to be improve cognition or slow its deterioration, improve symptoms such…

Q: The civil engineers of the future will have to widen their range of expertise beyond traditional…

A: Civil engineering is of course a branch that facilitates the supply of basic needs of living beings.…

Q: Engineering management

A: Motivation is the realisation of one’s responsibility and powers and coming up with the positive…

Q: What is suspension of work and who is responsible for it?

A: The suspension of work is an action in which the work is temporarily closed down. The suspension of…

Q: What is meant by Global Adaptability?

A: Adaptability is the process where certain work process are altered according to the situation or…

Finite element procedure and modelling

Finite element method (FEM) is a mathematical technique that primarily implements the numerical approach and finds approximate solutions to the engineering problems. The finite element method is widely used in many civil engineering applications, especially in the domain of structural mechanics to find solutions to partial differential equations (PDEs), which governs the motion of structures under external influences like loads.