ºÝºÝߣ

dte karnataka c 20 syllabus dte karnataka c-20 syllabus 20me51i 20me44p 4th semester dte syllabus 20cs11t mechanical engineering diploma in mechanical c-20 syllabus dte karnataka automation and robotics computer science description lab manual diploma elements of industrial automat c20 syllabus fundamentals of automation refrigeration cycles: (i) vapor compression refri (iii) types of refrigerants (iv) refrigerants and analysis (ii) cop (i) capacity or units of refrigeration refrigeration and its terminologies superheated steam table interpolation interpolation method steam table interpolation method inter-cooling and reheating in gas turbine cycles. description and analysis. regenerative types and analysis. gas turbine (actual brayton) module 02: gas power cycles & jet propulsion conte viii. need and methods of compounding vii. stage efficiency vi. condition for maximum blade efficiency modal 02: question number 5 a & 5 b i. steam turb vii. expression for degree of reaction and utiliza vi. general analysis of axial flow pumps and compr v. effect of blade discharge angle on performance iv. effect of blade discharge angle on degree of r ii. effect of blade discharge angle on energy tran modal 02: question number 4 a & 4 b general analys 18me54 modal 02: question number 3 a & 3 b i. basic intro stage efficiency and polytropic efficiency for bot modal 01: question number 2 a & 2 b i. static and c) vapor absorption refrigeration system. previou b) reversed brayton cycle a) reversed carnot cycle (iii) deviation of the actual vapor compression r refrigerating effect. (ii) vapor compression refr c programming lab manual dte board 15 me47p polytechnic college mechanical c-20 20me12p materials for engineering 20me11t non ferrous metals and alloys non metallic and advanced materials polymeric materials ceramics materials composite materials advanced engineering materials 20me12p caed orthographic projection introduction to engineering drawing projections of lines parallel to both the planes parallel to one and perpendicular to another parallel to one and inclined to another projection of planes. types of planes. initial position 1.0 air standard cycles: definitions 1.1 carnot mean effective pressures. 1.2 otto mean effective pressures. 1.3 diesel mean effective pressures. 1.4 dual and stirling p-v and t -s diagrams efficiencies 5 semester 5th semester mechanical engine dte karnataka c 20 plc ladder diagram specialization pathway dte 5th semester; c-20 syllabus 20ee43p technology product development and design dte bangalore c15 casa lab thanmay j s vidya vikas polytechnic mysore d. applications of fem-concept of discontinuity 1 limitations need-back ground b. methods employed in fem- step compression & shear test i. conduct bending test vtu dte administr computer hardware 20cs32 electrical engineering portfolio multimedia and animation lab portfolio record fundamentals of computer dte c 20 syllabus foc first semester notes solved question papers ladder diagram elements if industrial automat mechanical department iv. theoretical head – capacity relationship ii. different heads of centrifugal pump iii. diffe modal 05: question number 9 a & 9 b centrifugal pu numerical problems. v. francis turbine – prin maximum efficiency design parameters velocity triangles modal 04: hydraulic turbines (question number 7 a unit 1: theory of metal removal types of cutting iv. reaction staging. v. numerical problems. pre modal 03: question number 5 a & 5 b i. reaction t demonstrate sheet metal operation and estimate the and casting of a given component drawing and estim molds mechanical engineering semester iii 20me33p man xi. numerical problems. previous year question pa x. expression for maximum blade efficiency ix. multi-stage impulse turbine draw stress- strain diagram for the above paramete yield stress maximum stress - % reduction in lengt draw stress - strain diagram for the above paramet yield stress- maximum stress – breaking stress - % hooks law & young's modulus e. conduct tensile te stress and strain types impact shear compression parallelogram law and lami's theorem c. balancing section 01: strength of material a. force-types of x. pumps in series and parallel. problems. previou ix. need for priming viii. cavitation vii. net positive suction head vi. maximum suction lift v. minimum speed for starting the flow mean effective pressures. 1.5 comparison of otto