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Advanced Fluid Mechanics with Engineering Applications.

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This is one of the detailed (29 Hours) course on Fluid Mechanics that can provide you with advanced concepts of Fluid Mechanics that is very essential for all Precessing Engineering Fields. This is an advanced course in Fluid Mechanics. The subject Fluid Mechanics has a wide scope and is of prime importance in several fields of engineering and science.

The present course emphasizes the fundamental underlying fluid mechanical principles and the application of those principles to solve real-life problems. Special attention is given to deriving all the governing equations starting from the fundamental principle. There is a well-balanced coverage of physical concepts, mathematical operations along with examples and exercise problems of practical importance.

After completion of the course, the students will have a strong fundamental understanding of the Principles of Fluid Mechanics and will be able to apply the Principles to analyze fluid mechanical systems. This course is of relevance to engineers and scientists across a wide range of mechanical chemical and process industries who must understand, analyze and optimize flow processes and fluids handling problems. Applications are drawn from hydraulics, aero & hydrodynamics as well as the chemical process industries.

This Course is Specially designed for the Automobile and Aviation industries. Lecture-1 Introduction to FluidSubject of Fluid MechanicsLaws in scientific studyEngineering approach of problem solvingFluid definitionNewton’s law of viscosityNewtonian and Non-Newtonian fluidProblems based on Newton’s law of ViscosityLecture-2 Continuity EquationPrinciple of conservation of massDifferential and Integral approachEulerian and Lagrangian approachInventory EquationDerivation of Continuity equation-Differential approachConservation and Non-Conservation forms of ContinuityMaterial derivativeScalar and Vector fieldAcceleration fieldLecture-3 Momentum EquationNewton’s Second law of motionBody forceSurface forceMomentum Equation in differential formStokes postulateNavier-Stokes EquationLecture-4 Application of Navier Stokes equationN-S equation as governing equation of fluid flowApplication of N-S equation for a steady and laminar fluid flow between two fixed infinitely long plates. Velocity profileVolume flow rate calculation from velocity profileLocal velocity, average velocity, maximum velocityCalculating Reynolds Number from Velocity profileLecture-5 Application of Navier Stokes equation - Couette flowPhysical meaning of N-S equationFully developed flowApplication of N-S equation for a steady and laminar fluid flow between one fixed and one moving plate-Couette FlowApplications of Couette flowLecture-6 Reynolds Transport Theorem DerivationControl Mass (A System) and Control VolumeLagrangian and Eulerian ApproachExtensive and Intensive propertyDerivation of Reynolds Transport Theorem (RTT)Interpretation of net flux term of RTTLecture-7 Reynolds Transport Theorem - Continuity EquationReynolds Transport Theorem (RTT)Deriving Continuity Equation using RTTMass flow rate, Volume flow rate, and Average speedDifferential and Integral form of Continuity EquationLecture-8 RTT-Continuity Equation NumericalsContinuity Equation in Integral formSolving numerical problems using Continuity EquationLecture-9 RTT- Linear Momentum EquationReynolds Transport Theorem (RTT)Deriving Momentum Equation using RTTResultant Forces acting on a CVMomentum accumulation in a CVMomentum flow through a CVLecture-10 RTT- Angular Momentum EquationReynolds Transport Theorem (RTT)Deriving Angular Momentum Equation using RTTProblem based on Linear and Angular MomentumRTT for Moving and Deforming CVLecture-11 Kinematics of Flow- Flow typesFluid Flow Visualization- ClassicsStreamlinePath-lineStreak-lineTime-lineSoftware for flow visualization (2dflowvis)Lecture-12 Kinematics of Flow- Irrotational FlowMotion of fluid ElementTransformation of fluid elementAngular velocity vectorVorticity VectorIrrotational flow fieldLecture-13 Kinematics of Flow- Stream functionVisualizing velocity field-Java AppletVisualizing velocity field- MapleStream functionChange in the value of stream functionProblem on stream functionStream function in polar coordinatesLecture-14 Kinematics of Flow- CirculationCirculationRelationship between Circulation and VorticityStoke’s theoremProblem on CirculationPhysical meaning of Divergence of a vectorCirculation and Divergence in Java AppletLecture-15 Potential Flow- Velocity potential functionVelocity Potential function, φPotential flowRelationship between ψ and φFlow netVelocity potential function in cylindrical coordinatesVelocity Potential function in Java AppletLecture-16 Potential Flow- Basic potential flowsUniform flowSource and Sink flowVortex flowStream function and Velocity potential function for basic flowsLecture-17 Potential Flow- Superposition of potential flows-ISuperposition of basic potential flowsDoubletHalf bodyLecture-18 Potential Flow- Superposition of potential flow-IIFlow around a cylinderFlow around a cylinder-Velocity and pressure distributionFlow around a cylinder-Drag and LiftRankine bodyProblem on Rankine BodyLecture-19 Potential Flow- Superposition of potential flow-IIISuperposition of basic potential flowsFlow around a cylinder with circulationMagnus EffectProblem- Flow around a cylinder with circulationLecture-20 Turbo-machine- Fluid MachinesFluid machines classificationPositive Displacement machinesTurbo-machinesComparison of PDPs and Roto-dynamic pumpsTurbo-machine ClassificationsScope of Turbo-machinesLecture-21 Turbo-machine- Euler’s EquationOne dimensional flow through an impellerVelocity triangleEuler’s equation of turbo-machineLecture-22 Turbo-machine- Blade AnglesVelocity triangleVelocity triangle at inlet-assumptionsEffect of blade angle on headTypical Characteristic curve of a centrifugal pumpEffect of blade angle on Characteristic curveLecture-23 Turbo-machine- Performance-IProblem-Centrifugal blowerStatic, Friction and System headPump LossesPump EfficiencyPump Performance Characteristic curvesLecture-24 Turbo-machine- Performance-IIPump System CurvePumps in Series and ParallelPump Affinity lawsPump specific speedLecture-25 Turbo-machine- TurbineTurbineSchematics of hydraulic turbinesVelocity triangles of TurbineImpulse TurbineReaction TurbineDegree of ReactionLecture-26 Turbo-machine- Turbine PerformancePump and Turbine EfficienciesGeneral Energy EquationProblem-TurbineAffinity laws for TurbineTurbine specific speedLecture-27 Boundary layer- ConceptClassification of flowsOne dimensional and multi dimensional flowSteady and Unsteady flowUniform and Non-Uniform flowInviscid and Viscous flowAttached and Flow separationLaminar and Turbulent flowPrandtl-Boundary layer conceptGrowth of boundary layer thicknessLecture-28 Boundary layer- Order Analysis over Flat plateOrder of Magnitude or Scale AnalysisOrder of Magnitude Analysis over flat plateBoundary layer thickness as a function of Reynold’s NumberWall shear stress using Scale AnalysisSkin friction coefficient using Scale AnalysisLecture-29 Boundary layer- Blasius solutionLaminar boundary layer on a flat plateBlasius solutionWall shear stress using Blasius solutionFriction coefficient using Blasius solutionProblem- Using Blasius solutionLecture-30 Boundary layer- Turbulent flow over flat plateTurbulent flowGoverning Equations in Turbulent flowBoundary layer in Turbulent flowVelocity profile in laminar and turbulent flowVelocity distribution in turbulent boundary layerLaw of wallLecture-31 Boundary layer- Displacement and Momentum thicknessDisturbance or Boundary layer thicknessDisplacement thicknessDisplacement thickness using Blasius solutionMomentum thicknessMomentum thickness using Blasius SolutionRelative amount of displacement and momentum thickness for laminar flow over flat plateLecture-32 Boundary layer- Approximate solutionControl Volume analysis for Boundary layerVon Karman SolutionVon Karman Integral equationApproximate solution to Laminar boundary layer over flat plateLecture-33 Boundary layer- Skin Friction CoefficientFriction Coefficient for laminar boundary layerLocal and Average skin friction coefficientFriction Coefficient for Turbulent boundary layerFriction Coefficient for Mixed boundary layerProblem- Mixed boundary layer over flat plateLecture 34 Introduction to EES-Parametrics and plottingLecture-35 External flow- IntroductionExternal flow- ApplicationForces and Moments on arbitrary shape bodyExternal Flow over a flat plate and cylinderExternal flow- Low and High Reynolds's Number flowsIntroduction to Open channel flowExternal flow characteristicsLecture-36 External flow-Drag and LiftResultant force on a bodyDrag and lift ForcesDrag CoefficientProblem-Drag coefficientPressure and Shear stress distributionLecture-37 External flow- Drag Coefficient-1Drag and lift Forces-Alternate MethodDrag coefficient for slender bodiesProblem-Drag coefficientFactors affecting drag coefficientLecture-38 External flow- Drag Coefficient-2Drag coefficient for common geometriesDraftingFairingDrag reduction in natureDrag reduction in other applicationsExperimental measurement of drag coefficientLecture-39 External flow- Drag in VehiclesDrag Coefficient of cars-HistoryDrag and Rolling resistance on a VehiclePower required to drive a vehicleProblem-Power-Drag and Rolling ResistanceDrag reduction in VehiclesLecture-40 External flow-Introduction to AirfoilWhat is Airfoil?

Airfoil typesAirfoil NomenclatureAircraft terminologiesAirfoil-Potential flow theoryMinimum Flight VelocityLecture-41 External flow-Airfoil PerformanceLift and Drag on AirfoilAirfoil-Boundary layer theoryAirfoil-Flow separationEffect of angle of attackPerformance of different AerofoilAirfoil with flapAirfoil at different Mach NumberLecture-42 CFD- IntroductionWhat is CFD?

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“This course contains the use of artificial intelligence.”Certified Energy Audit Professional (CEAP) is an advanced course for graduates and working professionals who want to develop a disciplined, organization-ready approach to energy auditing. It builds the professional judgement, analytical capability, and structured thinking required to move beyond general energy-saving ideas and produce findings that are technically sound, financially informed, clearly documented, and practical to implement.In today’s organizations, energy performance has a direct impact on operating costs, asset reliability, productivity, sustainability commitments, regulatory responsibilities, and long-term investment planning. Organizations are expected to understand how energy is being used, where avoidable losses occur, which improvement opportunities deserve priority, and whether proposed savings can be justified with reliable evidence. Professional energy auditing provides the connection between technical conditions, operational realities, financial priorities, and management decisions.This course develops the capability to approach energy audits with consistency, accuracy, transparency, and professional judgement. Learners strengthen their ability to examine energy and operational information critically, assess data quality, establish dependable baselines, recognize performance gaps, evaluate improvement opportunities, and consider the technical, financial, operational, and implementation factors that influence decision-making.A credible energy audit must do more than identify possible savings. It must explain the existing condition, support recommendations with appropriate evidence, document assumptions and limitations, account for uncertainty, and present expected benefits in a form that decision-makers can understand. CEAP develops the ability to communicate findings clearly to engineering, operations, maintenance, finance, procurement, sustainability, and management teams, helping different functions work from a shared and reliable basis.Strong audit practice also depends on traceable methods, appropriate levels of analysis, awareness of recognized standards, and responsible professional boundaries. These principles help ensure that audit findings remain credible when supporting operational improvements, capital approvals, procurement decisions, compliance activities, sustainability planning, decarbonization initiatives, and future measurement and verification. They also reduce the risk of overstated savings, incomplete recommendations, weak assumptions, and poorly prioritized investments.The course promotes an implementation-focused approach to energy auditing. Learners develop an understanding of how recommendations should be prioritized, how responsibilities and next steps should be defined, and how performance should be reviewed after improvements are introduced. This helps turn audit reports from static documents into practical tools for cost control, performance improvement, accountability, and continuous organizational progress.For individual professionals, CEAP strengthens technical credibility, analytical confidence, financial awareness, professional communication, and the ability to support evidence-based decisions. For organizations, it supports stronger internal capability, more consistent audit quality, improved coordination between technical and business functions, better use of energy data, and more defensible investment planning. The course provides a clear professional framework for turning energy information into responsible, prioritized, and implementation-ready action.Each lecture includes dedicated study material and an infographic summary. Where applicable, the study material includes all numerical example problems covered in the course, along with the corresponding formulas and detailed step-by-step calculations to support accurate understanding and practical application. Learners should review the study material after watching each lecture to reinforce their understanding and use the infographic summary for quick revision and easy recall of key concepts whenever needed.Disclaimer: Certified Energy Audit Professional (CEAP) is an independent energy auditing training and exam-preparation course. It is not affiliated with, endorsed by, or approved by AEE or the owners of the Certified Energy Auditor (CEA) credential. Successful completion of this course earns an Accrevia Certificate of Completion—a verifiable credential with a unique QR code and Certificate ID that employers and organizations can use to confirm authenticity.

The Complete Course of Fluid Mechanics for Engineers 2021

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This course aims to introduce you to the fundamentals of fluid mechanics and its importance and application in process engineering like (Civil Engineering, Mechanical Engineering, and Chemical Engineering). The focus will be on solving fluid flow problems and the design of pipelines and equipment for fluid transport. Don’t worry if you find this course difficult or just start this course this is very detailed 15 Hours Course which starts from very basic level and can make you expert in this course at your home.So you can definitely prepare for your Fluid Mechanics Exams and surely can score the highest grades in your class.Textbooks used for this courseFluid Mechanics by Yunus A. Cengel, John M. CimbalaFundamentals of Fluid Mechanics, 6th Edition By Munson A very detailed course for understanding almost every concept of fluid mechanics and know-how to solve practice problems.Section 1Introduction to Fluid MechanicsApplication Area of Fluid MechanicsDimensions and Importance of Dimensions and UnitsDimensional Homogeneity and Unity with example problemsCalculation of Dimensional AnalysisDimensionless Numbers (Reynolds, Bingham & Nusselt Number)Measures of Fluid Mass and Weight (Density, Specific Weight, Specific Gravity) and Relation between Density and Specific WeightClassification of Fluid Flow (Internal and External, Compressible and Incompressible, Laminar and Turbulent, Steady and Unsteady)Calculation of Reynold, Bingham & Nusselt numbers (Dimensionless Numbers)Section 2Nature of Fluids (The no Slip Condition in Fluid Dynamics)Shear Stress in Moving Fluid, (Derivation Shear stress is directly proportional to strain rate)Viscosity and Fluid Types (Newtonian and Non-Newtonian Fluid)Shear Thickening Fluids and Shear Thinning FluidNumericals Related to Newton Law of Viscosity (Newtonian Fluid)Calculation of Shear StressesVelocity ProfilesSection 3Pressure (Fluid Pressure and Hydrostatic Pressure)Calculation of Specific GravityManometry (Piezometer, U tube manometer, Differential Monometer)Questions related to Monometer for pressure calculationBuoyancy and Steps for solving Buoyancy QuestionsNumericals related to BuoyancyLecture 4Fluid Flow RatesContinuity EquationCalculation of Fluid Flow Rate using Continuity EquationCommercially Available Pipe and Tubing (Steel Pipe, Steel Tubing, Copper Tubing, Ductile Iron Pipe)Pipe Selection AidQuestion calculation of Volume Flow Rate by Pipes and Tubes TableDetermine Pipe Size and Tube Size from TablesConservation of Energy (Bernoulli’s Equation),Derivation of Bernoulli’s EquationInterpretation of Bernoulli’s EquationRestriction on Bernoulli’s EquationNumericals related to Bernoulli’s EquationProblem-related to the calculation of volumetric flow rate through the nozzle using Bernoulli’s EquationApplication of Bernoulli’s Equation (Tanks, Reservoirs, and Nozzles Exposed to the Atmosphere)Calculation of volumetric flow rate in Venturi MeterTorricelli’s TheoremQuestions related to Torricelli’s TheoremSection 5General Energy Equation (Pumps, Fluid Motors, Fluid Friction, Valves, and Fittings)Mechanical Energy and EfficiencyNomenclature of Energy Losses and AdditionQuestions Related to Energy EquationPower Required by the PumpsMechanical Efficiency of PumpsNumericals related to PumpsCalculation of Mechanical Efficiency of the PumpPower Delivered to Fluid SystemsMechanical Efficiency of FluidCalculation of Power Delivered to Fluid and its Mechanical EfficiencyLecture 6Critical Reynolds NumberReynolds Number for closed non-circular cross-sectionsHydraulic Radius for non-circular pipesSolving Problems using Moody’s ChartCalculation of Reynolds Number for non-circular pipesFriction Loss in non-circular cross-sectionCalculation of Friction loss using Moody’s ChartEnergy Loss due to FrictionDarcy’s EquationFriction Loss in Laminar and Turbulent FlowSection 7Minor LoosesSudden Enlargement and losses due to Sudden Enlargements,Calculation of energy loss due to sudden enlargementExit loss and calculation of energy loss due to exit lossGradual Enlargement and calculation energy loss due to gradual enlargementSudden Contraction and calculation of energy loss due to sudden contractionEntrance Loss and calculation of energy loss due to EntranceMinor Losses (through Valves and Fittings) with procedure for calculationResistant Coefficient for Valves & FittingsCalculation of all the energy loses in moving fluidSection 8Flow MeasurementFlow meters selection factorsVariable head meters, Venturi, Flow Nozzle, OrificeVariable Area Flow MetersRotameterFlow Rate and Velocity MeasurementsVelocity ProbesOpen Channel Flow Measurement (Weirs, Rectangle Notch, Contracted Weir, Triangle Weir)Section 9Positive Displacement PumpsReciprocating PumpsRotary PumpKinetic PumpSelf-Priming PumpCentrifugal PumpAffinity Law for centrifugal pumpsNumerical using Affinity LawManufacturer's data for centrifugal pumpsEffect of Impeller SizePower and Efficiency of PumpsCavitationVapor PressureNPSH Margin

Fundamentals of Manufacturing Materials, Processes & Systems

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This course provides an introduction to the manufacturing processes that are used in industry to manufacture products that are widely used in daily life.Introduction to Manufacturing: Types of manufacturing industries, materials used in manufacturing and properties of materials, different processing operation.Sand Casting:Introduction: Sand casting, molding, heating, pouring, solidification, and cooling. Pattern: making, material, types, construction, pattern allowances.Core: making, types, sand conditioning, testing of the sand, molding process, tools and equipment, molding machines, different types of casting, cleaning and finishing of castings, an inspection of castings.Permanent Mold Casting (PMC): Introduction, types of PMC, gravity die casting, and its types. Pressure die casting, Centrifugal casting, and their types. Furnaces used in PMC.Metal Forming:Fundamentals, Types, hot, warm, and cold working.Bulk Deformation Processes:Rolling; rolled products, rolling types: flat, shape, thread, gear, ring rolling, and rolling mill configurations.Forging; open die, impression die, press, upset, roll, net shape, isothermal forging and swaging.Extrusion; solid & hollow shapes, direct & indirect, hot & cold, continuous & discrete, impact extrusion, hydrostatic.Drawing; bar, wire, tube drawing and its types tike tube sinking, fixed mandrel, floating plug.Other metal forming processes; roll extrusion, riveting, staking, peening, coining, hubbing, burnishing.Sheet metal forming processes: Shearing operations: slitting, blanking, piercing, cutoff, parting, dinking, slotting, perforating, notching, semi-notching, lancing, nibbling, trimming, shaving, fine blanking. Bending operations: V bending, edge bending, flanging, curling, hemming, seaming. Drawing operations like deep and shallow drawing, embossing.Welding Processes: Classification, Fusion welding and its types such as oxyfuel gas welding and oxygen torch cutting, arc welding (shielded metal, flux-cored, gas metal, submerged, gas tungsten, plasma, stud welding, Arc cutting), resistance welding (spot, seam and projection. Heating, pressure, current control and power supply for resistance welding).Solid-state welding and its types include diffusion welding, friction welding, and ultrasonic welding.Other welding processes: Forge, Roll, Friction, Explosion, Thermic, Electron beam, Laser welding and cutting, Brazing and Soldering.Fabrication of Plastics: Casting, Blow molding and its types, Compression molding, Transfer molding, Cold molding, Injection molding: Injection molding machine, mold design, and construction, types of mold, cooling and ejection of mold, Reaction injection molding, Welding of plastics.In the end, there are videos that are videos related to the course for better understanding.Course OutlineIntroduction to Manufacturing: Lecture 1Introduction to Manufacturing ProcessesWhat is manufacturingManufacturing IndustriesManufacturing ProductsProduction Quantity and Product varietyMaterials in ManufacturingManufacturing Processes (Processing operations and Assembly operations)Sand Casting:Lecture 2Overview of casting technologiesDifference between casting and moldingAdvantages and Disadvantages of casting processesCasting Processes (Expendable mold casting and permanent mold casting)Lecture 3Sand casting and Engineering analysis of sand casting y sandPouring and Engineering Analysis of PouringFlow rate and time required to fill the moldFluiditySolidification and CoolingLecture 4Solidification of pure metals and alloys (Alloys and Eutectic Alloys)Solidification time and ShrinkageDirectional SolidificationLecture 5Riser Design with Exercise Problems.Lecture 6Pattern for castingMaterials used for patternTypes of patternMold making and Classification of sand moldsWhat is foundry sand?Lecture 7Buoyancy ForceMetal casting processesShell moldingAdvantages and Disadvantages of Shell moldingVacuum moldingAdvantages and Disadvantages of Vacuum moldingExpanded Polystyrene CastingAdvantages and Disadvantages of Expanded Polystyrene CastingInvestment castingPlaster and Ceramic Mold castingPermanent Mold Casting (PMC): Lecture 8Types of pattern allowance (Shrinkage and contraction allowance, Draft allowance, Machining allowance, and Distortion allowance)Permanent mold casting and its Applications.Slush castingLow-pressure castingVacuum permanent mold castingDie casting (Hot and cold chamber die casting)Advantages and LimitationsCentrifugal casting and Semi centrifugal castingLecture 9FurnacesCupolas FurnaceDirect Fuel Fired FurnaceCrucible FurnaceElectric Arc FurnaceInduction FurnaceMetal Forming:Lecture 10Fundamentals of metal formingTypes of deformation processes of metalBulk deformation (Rolling, Forging, Extrusion, Wire Drawing)Sheet metal workingStress-Strain CurveDerivation of the relation between stress and strainFlow stress and Average flow stressThe temperature in metal forming (Cold working and Hot-working)RecrystallizationIso thermal forming (recovery and Grain growth)Strain rate SensitivityLecture 11Introduction of rollingShapes used for rollingTypes of rollingWorking of the rolling processAnalysis of the rollingRolling millsNo-Slip Point for rollingFlatness control and rolling defectLecture 12Numerical Problems related to the rolling processLecture 13Introduction to forgingClassification of forgingTypes of forgingAnalysis of the forgingBarreling effect in forgingOpen Die forging and its practicesImpression Die forging and its practicesAdvantages and Limitations of Impression Die forgingFleshless forgingForging Press and Forging HammersLecture 14Numerical Problems related to the forging processLecture 15Introduction to the extrusion processClassification of extrusionDirect and Indirect extrusionHot and Cold extrusionDirect and Continuous extrusionAnalysis of the extrusion processEffect of friction on extrusionExtrusion Dies and OrificeExtrusion press and other extrusion processesLecture 16Numerical Problems related to the extrusion processIntroduction to DrawingDifference between drawing and wire drawingBar DrawingWire DrawingFeatures of Draw DiePreparation of the workAnalysis of the drawing processSheet metal forming processes: Lecture 17Introduction to sheet metal cutting processCharacteristics of EdgesTypes of sheet metal cuttingShearingBlanking and PunchingClearance in Sheet metal cuttingAnalysis of sheet metal cutting processesNumerical Problems related to the sheet metal cutting processLecture 18Introduction of sheet metal bending processTypes of sheet metal bendingAnalysis of the sheet metal bending processNumerical Problems related to the sheet metal bending processSpring BackLecture 19Introduction to the drawing processMechanics of drawingStages of deformationAnalysis of the drawing processTests of Drawing FeasibilityBlank force and blank size determinationNumerical Problems related to the drawing processLecture 20Other drawing processes (Redrawing, Reverse Drawing and Drawing without Blank holder)Defects in DrawingThe operation performed with metal toolingIroningCoining & EmbossingLancing & TwistingThe operation performed with flexible Rubber toolingGuerin and Hydro forming processLecture 21Numerical Problems related to the other drawing processesWelding Processes:Lecture 22Fundamentals of weldingDifference between joining and weldingAdvantages and Disadvantages of WeldingHistory of weldingTypes of the welding processComponents used for welding process (Filler material, Flux, and Electrolyte)Consumable and Non-consumable electrolyteWelding positionsWelding Electrode NomenclatureType of Weld Joints (Butt joint, Corner Joint, Lap joint, Tee Joint, Edge Joint)Types of Weld (Filler Weld, Groove Weld, Plug weld or slot weld, Spot and Seam weld, Flange and Surface Weld)Features of Fusion Welded JointsPhysics of welding (Power Density and Numerical of Power Density)Heat Balance in Fusion WeldingWelding as Commercial OperationAutomation in Welding (Machine, Automatic and Robotic)Welding SafetyLecture 23Welding Categories (Fusion Welding, Solid State Welding, Soldering and Brazing)Arc WeldingArc ShieldingThe power source in Arc weldingTypes of Arc Welding (Shielding metal arc welding, Gas Metal Arc Welding, Flux Cored Arc Welding, Submerged Arc Welding,Gas Tungsten weldingPlasma arc weldingLecture 24Oxyfuel arc weldingOxyacetylene weldingResistance weldingSpot WeldingResistance seam weldingResistance projection weldingEnergy beam welding (Electron beam welding, Laser beam welding)Numerical Problems related to the welding processesLecture 25Numerical Problems Related to the welding processesLecture 26Solid-state weldingTypes of solid-state welding(Diffusion welding, Friction welding, and Ultrasonic welding)Welding Defects of Solid State WeldingBrazing and SolderingFabrication of Plastics:Lecture 27PlasticsType of PlasticsProperties of polymer melt (Viscosity and Viscoelasticity)Extrusion process for Plastics in detailExtruder ScrewFeed SectionCompression SectionMetering SectionProcess ParametersSolid and Hollow ProfilesWire and Tube coatingDefects in the extrusion processLecture 28Injection molding for Plastics in detailClampingInjectionCoolingEjectionApplication and MaterialAdvantages and DisadvantagesLecture 29Blow MoldingExtrusion Blow MoldingInjection Blow MoldingStretched Blow MoldingCompression MoldingTransfer Molding (A pot transfer molding and B plunger-type transfer molding)OZIS Academy is the best platform for struggling students and professionals who want to improve their skills for the workfield as it provides a large no of quality and detailed courses. We offer courses from brilliant Ph.D. Professors from prestigious Universities who are experts in their relative fields. We have a team of well-experienced, full-time faculty and dedicated staff including talented retired and working University professors. Our mission is to impart most qualitative education by the way of systematic methodical and scientific approaches.Visit our WEBSITE to get limited-time FREE & DISCOUNT COUPONS for our Udemy Courses

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Advanced Fluid Mechanics with Engineering Applications.

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