Two Steel Rods (ASTM A36) and One Aluminum Rod (1060 0) are assembled to two rigid cover plates. The assembly is pulled in tension by a force P. P = 100 kN. Find: a) The stress in each Steel Rod. b) The stress in the Aluminum Rod. Steel Rod Area = .5 m² Aluminum Rod Area = .5 m² P P Steel Rod Area = .5 m² Rigid Cover Plates

Two Steel Rods (ASTM A36) and One Aluminum Rod (1060 0) are assembled to two rigid cover plates. The assembly is pulled in tension by a force P. P = 100 kN. Find: a) The stress in each Steel Rod. b) The stress in the Aluminum Rod. Steel Rod Area = .5 m² Aluminum Rod Area = .5 m² P P Steel Rod Area = .5 m² Rigid Cover Plates

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

Thank you, Could you help me with Problem 60 as well?
Choose 3 of the most important methods, theorems, principles, or concepts from Statics. Write approximately 3-5 coherent sentences about each IN YOUR OWN WORDS, why they are important, and how they are used. No cutting and pasting except perhaps for an equation or two.
8Given the material composition is 2024 aluminum with two different material thickness. The skin is 0.040" material thickness and the patch is 0.032" of material thickness with crack length of 2". Calculate the rivet diameter, rivet length, rivet pitch, transverse pitch and edge distance for the repair layout.
Draw sectional front view only of a double riveted zigzag lap joint to join two plates of thickness 1-10mm (All dimensions must be calculated on a side and marked on the drawing)
Task 4 Here students need to calculate (a) The cutting speed (b) Turning time (c) Amount of material removed. For a specimen as shown below, if spindle rotates at N = 360 rpm, number of pass = 03, feed rate= 0.2mm/rev, if density of material=7.85× 10-6 Kg/mm³. Appendix Volume for Cylinder = rr?h Volume of frustum= nh (a?+b²+ab)/3 radii 'a' & b' height(Length) 'h'. b-a Taper angle : = tan20 h TDN Cutting speed:V : meters/min 1000 Where: V = Cutting speed in Meter/minute. T= 3.14 D = Diameter of work piece in mm N = rpm Cutting Time Length of the job to be turned NO.of cuts Time to turn mins. Feed/Rev rpm Amount of Material Removed = Original Mass – Machined Mass Original Size of Component 380 mm Machined Component 80 mm 100 mm 120 mm 6 20mm + 25mm + 40mm + 25mm 030mm
2) A washer is going to be manufactured by cutting operation out of 2024ST aluminum alloy sheet that has a thickness of 2.5 mm. The outside diameter of the washer is 25.0 mm, and the inside diameter is 12.0 mm. Make a rough sketch, define the geometries to be used and determine a. The punch and die size for the blanking operation b. The punch and die size for the punching operation c. The force required performing the blanking and punching operation simultaneously. The aluminum has a tensile strength = 300 MPa.
Solve 1st 2 parts only
Please provide a sketch for each tool in each step! I want to get a full mark please read the instructions. Thank you!
A NC lathe cuts two passes across a cylindrical workpiece under automatic cycle. The operator loads and unloads the machine. The starting diameter of the work is 3.00 in and its length = 10 in. The work cycle consists of the following steps (with element times given in parentheses where applicable): 1 - Operator loads part into machine, starts cycle (1.00 min); 2 - NC lathe positions tool for first pass (0.10 min); 3 - NC lathe turns first pass (time depends on cutting speed); 4 - NC lathe repositions tool for second pass (0.4 min); 5 - NC lathe turns second pass (time depends on cutting speed); and 6 - Operator unloads part and places in tote pan (1.00 min). In addition, the cutting tool must be periodically changed. This tool change time takes 1.00 min. The feed rate = 0.007 in/rev and the depth of cut for each pass = 0.100 in. The cost of the operator and machine = $39/hr and the tool cost = $2.00/cutting edge. The applicable Taylor tool life equation has parameters: n = 0.26 and…
Steps please
The possibility to make the required shape from the material is considered during design specification. Select one: O True O False
2.... Hydraulic controlled riveting assembly machine. hydraulic control system. Must include the following controls: Rotational control of the index table (150 lbs weight). Part clamps at each station . Rivet insertion station (guarded station not clearly shown - assume pick (up/down) and place (forward/return) motion, with rivet gripper control (grip/release). Drill station to attach the rivet. Total cycle should be 10 seconds. how would that schematic look, and how would the speed, forces, and heat loss be calculated. there were no other info given as far as flow rate, torque and things like that. where would you start?