The propeller shaft of a large ship has an outside diameter of 350 mm and inside diameter 250mm. the shaft is rated for a maximum of shear stress 62 MPa.

1) if the shaft is runnning at 500 rpm what is the maximum power that can be transmitted without exceeding allowable stress.

2) if the rotational speed of the shaft is doubled but the power requirements unchanged what happens to the shear stress in the shaft? calculate valures.

Identify and describe some new technologies that are being applied in the design process of

aeronautical systems. Provide some examples of typical applications.

Why is it important (in the context of systems engineering management) to become familiar

with analytical methods? Provides some specific examples.

Heat is generated uniformly at a rate of 2x10⁵ W/m³ in a wall of thermal
conductivity 25W/m K and thickness 60 mm. The wall is exposed to convection
on both sides, with a fluid temperature of 30C and h = 50W/m² K
on the left side, a fluid temperature of 15C and h = 12 W/m² K on the
right side.
(a) Determine surface temperature on each side of the wall, and
(b) the maximum temperature in the wall.

Compare ISO 9001:2015 Section 4 with the define phase of the six sigma DMAIC. What are the similarities and differences

As changes across industries driven by Process, People, Technology happen at a rapid pace. The quality management toolkit needs new relevance. The basic principles of Quality Management are still relevant in the 21st century. With examples, outline how enterprises are applying the QM principles such as 1) Drive out fear, so that everyone may work effectively for the Enterprise, 2) Respond quickly to employee feedback and implement corrections, 3) Break down barriers between departments and work as a team and 4) Quality is meeting the needs of the customer. Discuss how Data, Process and People are being leveraged for this purpose.

Write MATLAB scripts to solve problem 5.21 from the textbook (bisection, specific heat) four times:

a) with the bisection method (starting interval [0, 1200])

b) with the false-position method (starting interval [0, 1200])

c) with the Newton-Raphson method (x0 = 0)

d) with the secant method ((x0, x1) = (0, 1))

use percent relative error = 10^-6 as stopping criterion.

5.21-Mechanical engineers, as well as most other engineers, use thermodynamics extensively in their work. The following polynomial can be used to relate the zero-pressure specific heat of dry air c_p kJ/(kg K) to temperature (K):

c_p = 0.99403 + 1.671 × 10^?4T + 9.7215 × 10^?8T² ?9.5838 × 10^?11T³ + 1.9520 × 10^?14T ⁴

Develop a plot of c_p versus a range of T = 0 to 1200 K, and then determine the temperature that corresponds to a specific heat of 1.1 kJ/(kg K).

2.   How does the following affect the layout design on a farm that sterilize fresh fruit juice products?
a.   Product Design
b.   Process Design
c.   Schedule Design

find the info about how make the robot to pick many load at once.

1. State the concept of Method-time Measurement (MTM) system. How it is developed (R)?

2. Explain the concept of MOST (Maynard Operation Sequence Technique) work measurement technique. Or What are the basic advantages of using MOST?

3. Some companies are experiencing a tendency for their work measurement analysis to become more liberal in their performance rating evaluation over the years. How do fundamental motion data offset the tendency towards creating loose standards?

4. What are the fundamental motion and symbols used in Methods-Time Measurements (MTM)?  

5. In the MTM system, explain the factors that influence the reach and move times.

Describe a situation where a professional engineer would require the need of a code of ethics. How does applying this code develop and reinforce public trust?