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air conditioning systems 2. properties of moist ai building energy audit 13. fans--performance selection and installation 14. air flow in ducts and fitting automation hydraulic pneumatics quality mechatronics sensors transducers management iso control system automation mttf maintenance hvac heat transfer tqm reliability mtbf failure thermal modeling state space analysis state space vector mechatronics mode rpn risk priority severety sod occurence detection number effect source reliability data analysis collection mttb serial numbers liquid and electrical modeling mechanical velocity ansys. temeprature distribution heat heat flux mechanical and electrical conduction and radiation thermal conductivity convection mode of heat transfer thermo mechatronics dvanced mechatronics removals guarantee documents best practice warranty mtbr repair documentation repair quality assurance quality control quality systems boolean algebra ex-or nand not gates nor or number system logic digital karnaugh mapping application of logic gates sensor plc taguchi anova doe parameters of weibull distribution weibull distribution documentation system techniques failure reporting data parts count method network reduction approach bathtub hazard rate curve markov method series network reliability networks reliability evaluation technique hybrid network formulas for reliability decomposition approach parallel network availability maintainability refrigerant air conditioning system chiller vapor compression vc heating ventilating air conditioning units resources xi. ethics and social responsibility xii chapter 1 introduction chapter 2 moist air proper cement plants to big power plants and processing plywood factories sugar centrals coconut oil mills equipment and operating data from simple cone-type analysis of flow sheets industrial plants industrial process robot dynamics newton method langrangian method sensors transducers transmitters flow level light or photo sensors temerature transducers cad ansys mesh element cylinder radius pressure linearizationtaylor series operating point actuators controllable observable jacobian matrix diagonal digital control system profcharltontveems tveems profcharlton prof charlton engr inao rac germany 鈼� advanced training on industrial automati 鈼� licensed mechanical engineer (license no 0045853 plc pneumatics hydraulics control mps resources 11. ethics and social respons .1 entrepreneurial mindset 1 utilizing a technology or engineering background. the course is designed to explore the entrepreneu efficiency in air conditioning conduction convection radiation chiller and cooling water piping system space heat load and cooling load calculations thermal radiation heat transfer conduction convec solar radiation in hvac condenser\ compressor quality systems. quality engineering open loop feed back closed loop transformation linearize state linearities taylor series minitab nonlinearities excel magneto mechatronics maglev magnetic levitation acoustics advanced machatronics acousto mechatronics fluid modeling mechanical modleing e;ectromechanical electromechanical probability expansion valve vector matrix form integral pid derivative proportional bode plot nyquist plot frequency repsonse plc trends configruration interfacing plc automation control plc automation and control controls.and or logic plc control systems fem fea finite element fea fem finite element fem fea heat treatment thermal engineering conduc fea fem ansys sigma average standard deviation mean