Lesson plan (Micro level)Faculty NameDesignation: Assistant Professor

Faculty NameDesignation: Associate Professor

Subject-Name: Design of Machine ElementsSubject- Code: ME6503

Sem/Year: VthSem/IIIrdYearRegulation: R2013

S.NoUnit I- STEADY STRESSES AND VARIABLE STRESSES IN MACHINE MEMBERSHoursMode of TeachingAssignment/testHods sign

1Introduction to the design process1C&B

2factors influencing machine design, selection of materials based on mechanical properties1C&B

3Preferred numbers, fits and tolerances1C&B

4Direct, Bending and torsional stress equations1C&B

5Impact and shock loading1C&B

6calculation of principle stresses for various load combinations1C&B

7Eccentric loading problems1C&B

8curved beams crane hook and C frame1C&B

9Factor of safety - theories of failure1C&B

10Design based on strength and stiffness Problems1C&B

11Stress concentration Problems1C&B

12Design for variable loading.1C&B

S.NoUnit II- SHAFTS AND COUPLINGSHoursMode of TeachingAssignment/testHods sign

1Design of solid shafts based on strength1C&B

2Design of hollow shafts based on strength1C&B

3Design of solid shafts based on rigidity1C&B

4Design of hollow shafts based on rigidity1C&B

5Design of solid and hollow shafts based on critical speed1C&B

6Design of Keys and problems1C&B

7Design of keyways and problems1C&B

8Design of splines and problems1C&B

9Design of Rigid couplings and problems1C&B

10Design of flexible couplings and problems1C&B

S.NoUnit III- TEMPORARY AND PERMANENT JOINTSHoursMode of TeachingAssignment/testHods sign

1Design of Threaded fastners and problems1C&B

2Design of Bolted joints including eccentric loading and problems1C&B

3Design of Bolted joints including eccentric loading and problems1C&B

4Design of Knuckle joints and problems1C&B

5Design of Knuckle joints and problems1C&B

6Design of Cotter joints and problems1C&B

7Design of Cotter joints and problems1C&B

8Design of Welded joints and problems1C&B

9Design of riveted joints for structures and problems1C&B

10Design of riveted joints for structures and problems1C&B

11Design of theory of bonded joints and problems1C&B

S.NoUnit IV - ENERGY STORING ELEMENTS AND ENGINE COMPONENTSHoursMode of TeachingAssignment/testHods sign

1Design of Various types of springs and problems1C&B

2Design of Various types of springs and problems1C&B

3Design of Various types of springs and problems1C&B

4optimization of helical springs1C&B

5Design of rubber springs and problems1C&B

6Design of Flywheels and problems1C&B

7Flywheels considering stresses in rims and arms for engines and punching machines1C&B

8Flywheels considering stresses in rims and arms for engines and punching machines1C&B

9Design of Connecting Rods1C&B

10Design of crank shafts1C&B

11Problems on Connecting rod and crank shaft1C&B

S.NoUnit V - BEARINGSHoursMode of TeachingAssignment/testHods sign

1Design of Sliding contact bearings and problems1C&B

2Design of Sliding contact bearings and problems1C&B

3Design of rolling contact bearings and problems1C&B

4Design of rolling contact bearings and problems1C&B

5Design of Hydrodynamic journal bearings and problems1C&B

6Design of Hydrodynamic journal bearings and problems1C&B

7Sommerfeld Number1C&B

8Raimondi graphs1C&B

9Boyd graphs1C&B

10Selection of Rolling Contact bearings and problems1C&B

11Selection of Rolling Contact bearings and problems1C&B

Mode of TeachingC&B- Chalk & BoardPPTV.C-Video clippingPD-Practical DemoI.V-Industrial visit

Signature of faculty Head of the Department