Which of the following pipe joints would be suitable for pipes carrying steam (a) flanged (b) threaded (c) bell and spigot (d) expansion (e) compression. Q. Design of a Gib and Cotter Joint for Strap End of a Connecting Rod. MACHINE DESIGN PRESENTATION – 3 COTTER JOINTS D.M.GAMAGE INSTITUTE OF TECHNOLOGY UNIVERSITY OF MORATUWA SRI LANKA 2. To understand the design steps let take a question and solve it step by step. 1. Sleeve and Cotter Joint. Design of Socket and Spigot Cotter Joint : Fig. Ans: c. 102. All parts of the joint are made of the same material with the following allowable stresses : 0,= 60 MPa ; T = 70 MPa ; and o = 125 MPa. Given : σc = 125 MPa = 125 N/mm2 . Sleeve and cotter joint is a type of joint use to typically connect two similar coaxial cylindrical rods. Problem 1: (Double Cotter joint design) 5 Points Example 12.2. Design of Socket And Spigot Cotter Joint Part Number Name of Part 1 Shaft or Rod 2 Socket 3 Spigot 4 Cotter 5 Socket Collar 6 Spigot Collar Mr. V. R. Muttagi, Lecturer, V. V. P. Polytechnic, Solapur 2. The spigot of a cotter joint has a diameter D and carries a slot for cotter. Ans: d Design of Joint S K Mondal’s Chapter 1 Shear stress 3 Load 60 10 50N/mm2 2 Area 2 50 12 × == = ××× IES-8. fff 2. Q. The socket and spigot cotter joint is shown in Fig. 1. Diameter of the rods . Compressive load taking by the caller on the spigot. 1. Design a sleeve and cotter joint to resist a tensile load of 60 kN. 1. Socket and spigot cotter joint. Fig. 1. Design a cotter joint subjected to a tensile load of 35 kN and a compressive load of 40 KN . Let d = Diameter of the rods. And so, the cotter joint should design to carry both tensile and compressive loads. The permissible crushing stress is x times the permissible tensile stress for the material of spigot where x > 1. Sleeve and cotter joint. 1. Solution. 2. Socket and spigot cotter joint. WHAT IS A COTTER JOINTS A cotter is a flag wedge shaped piece of steel. It includes a … 5.3.8 Joint design 77 5.3.9 Baseplate—centre column 77 5.4 Braced rigid elastic design 78 5.4.1 Computer analysis 78 5.4.2 Beam design 78 5.4.3 Column design 81 5.4.4 Joint design 82 5.5 Braced rigid plastic design 83 5.5.1 Design procedure 83 5.5.2 Design loads and moments 84 5.5.3 Frame design 85 5.6 Semirigid design 90 DIFFERENT TYPES OF COTTER JOINTS. Design of socket and spigot cotter joint 1. Cotter Joint _ Design Procedure,Problems & Question Answer - Free download as PDF File (.pdf), Text File (.txt) or read online for free. Design a sleeve and cotter joint to resist a tensile load of 60 kN. design procedure for the spigot and cotter joint To understand the design steps let take a question and solve it step by step. The joint carries an axial load P. Which 3. Cotter joint uses one or two cotters to connect two rods rigidly transmitting forces and motion, with no rotation of the rods 3. DESIGN PROCEDURE FOR THE SPIGOT AND COTTER JOINT. 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