The 80 kg block hits the simply supported beam of steel at its midspan after a drop of 10 mm as shown in Figure. Analyse the case to determine the impact factor, and the maximum dynamic bending stress in the beam. Assume that the block and the beam stay in contact after the collision. 80 kg 10 mm 30 mm 0.6 m 0.6 m

The 80 kg block hits the simply supported beam of steel at its midspan after a drop of 10 mm as shown in Figure. Analyse the case to determine the impact factor, and the maximum dynamic bending stress in the beam. Assume that the block and the beam stay in contact after the collision. 80 kg 10 mm 30 mm 0.6 m 0.6 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Joe takes his little brother Andy down the the playground for an afternoon out. Andy would like to ride the seesaw, but the difference in their sizes, Joe weights 160lbs and Andy weighs 641lbs, makes this difficult. Joe sees a solution from his engineering class and moves the fulcrum from the middle to a new place. The seesaw is 3.5m long. After Joe moved the fulcrum how long was the seesaw on Joe's side?
The rate of water supply to a hydraulic crane is 90 liters per minute at a steady pressure of 70 bars. Find the input power and the efficiency if the output is 7.5 kW. The power in watts is the product of water supply pressure in N/m sq. and volume flow in M' per second.
If an elevator raise 3 meter with force of 500 kg with diameter of the cylinder is 12 cm and the diameter of the piston is 8 cm. 1.find the pressure that the elevator needs to raise this force. 2.find the speed in m/s. 3.find the factor of safty.
i need the answer quickly
2. A car is traveling on a highway at 28 m/s. a) What is the pressure at the bottom of a car's gas tank. that is a cube with side lengths of 0.5 meters? Assume the tank is full of gasoline with a denisty of 800 kg/m^3. b) How much pressure does a pump need to supply in order to draw gasloine from the bottom of the tank to the top of the tank? The velocity of the gasoline once it is pumped out of the tank should be 1 cm/s; the gas at the bottom of the tank is at rest. c) The gasoline from part b flows through a tube (cylinder) of radius lcm before entering a larger tube of radius 10cm. What will the velocity of the gasoline be in the larger tube? d) The tires on the car have an outer radius of 0.2 meters. How many complete rotations did the tires go through in one hour? Hint: Determine how far the car travels in one hour. e) How many hours can the car travel before running out of gas? f) During your journey. you hit a pothole and have to change your tire. You get your spare…
please solve and explain part C deeply so I can understand
Convert 1 bar to lbm/ft-s2 Please show step by step solution. Thanks.
Drive the formula for Pipe flow system.
Pls show step by step solution thank you
Weight is a Vector quantity Select one: O True
101.3 kpa expands constant temperature from 0.l m' to 10 ft', what is the final pressure in bar
answer