Teaching & Academics100% OFF

Advanced Fluid Mechanics with Engineering Applications.

Udemy Instructor

0(3.5K students)

Self-paced

All Levels

About this course

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?

Skills you'll gain

EngineeringEnglish

Available Coupons

Course Information

Level: All Levels

Suitable for learners at this level

Duration: Self-paced

Total course content

Instructor: Udemy Instructor

Expert course creator

This course includes:

📹Video lectures
📄Downloadable resources
📱Mobile & desktop access
🎓Certificate of completion
♾️Lifetime access

$0$75.99

Save $75.99 today!

Enroll Now - Free

Redirects to Udemy • Limited free enrollments

Share this course

https://freecourse.io/courses/advanced-fluid-mechanics-with-engineering-applications

Getting ready for the journeyman electrician exam can feel stressful. The test covers a lot: electrical theory, NEC code rules, wiring methods, equipment, special locations, and job site safety. Reading the code book alone is not enough. You also need to practice answering real exam-style questions under time pressure.This course gives you that practice. It is built as a complete set of journeyman electrician practice tests and mock exams, so you can find your weak spots, fix them, and walk into the test room with confidence.Every question is written to match the style and difficulty of the real licensing exam. You will see calculation problems, code lookup questions, and situation-based questions like the ones you will face on test day. After each question, you get a clear explanation that shows why the right answer is right and why the other choices are wrong. You do not just memorize answers. You learn how to think through them.The questions are grouped into six key areas: electrical theory and testing, general code requirements and plan reading, wiring methods and protection, equipment for general use, special occupancies and special equipment, and electrical safety and professional practice. Together, they cover the topics most often seen on journeyman electrician certification exams.Many people fail the electrician exam for the same reasons. They run out of time. They do not know where to find rules in the NEC. They make small math mistakes on voltage drop or conductor sizing. This course helps you fix all three. You will practice with timed mock exams, learn faster ways to move through the code book, and get plenty of repetition on the math problems that trip people up.The course is updated for 2026 exam preparation. Rules and exam content change over time, so be sure to check which NEC edition your state or local area uses. The practice questions help you build strong habits that work no matter which edition you are tested on.This is a good fit if you are an apprentice finishing your hours, an electrician who has been working in the field and needs to prepare for the test, or someone who failed the exam once and wants a better plan. You can study at your own pace, repeat the tests as many times as you like, and track your progress as your scores go up.By the end, you will know the exam topics better, answer faster, and feel ready to earn your journeyman license. If you want solid exam preparation with real test questions and clear answers, this course is built for you.What You’ll LearnSolve Ohm’s Law and Watt’s Law problems quickly and correctlyTell the difference between AC and DC circuits, and understand impedance and power factorWork through three-phase power and voltage drop calculationsChoose the right test method and troubleshoot electrical problemsFind rules in the NEC faster and understand the code languageRead blueprints, riser diagrams, and panel schedulesSize conductors, apply ampacity and derating, and figure out box fillPick the right wiring method, raceway, or cable, and know support spacing rulesUnderstand overcurrent protection and equipment rules for panels, motors, lighting, and HVACHandle questions on hazardous locations, health care facilities, solar PV, and emergency systemsApply lockout/tagout, arc flash boundaries, and PPE rulesManage your time and stay calm during the real examCourse FeaturesFull-length practice exams that feel like the real licensing testRealistic exam questions on theory, code, calculations, and safetyDetailed explanations for every answer, right or wrongUpdated for 2026 exam preparationSelf-paced learning, so you can study any time, on any deviceRetake the tests as often as you want to build confidenceQuestions sorted by topic so you can focus on your weak areasBuilt for journeyman electrician certification prepCourse StructureElectrical Theory, Principles and TestingThis section covers the math and science behind electrical work. You will practice Ohm’s Law and Watt’s Law, AC and DC circuits, impedance, power factor, three-phase power, and voltage drop. It also includes questions on testing methods and troubleshooting, so you can find faults the way the exam expects.General Code Requirements and Plan InterpretationHere you build your NEC skills. You will practice questions on the purpose and language of the code, the authority having jurisdiction, working space and clearances, key definitions, and enclosures. You will also work on reading blueprints, riser diagrams, and panel schedules.Wiring Methods, Materials and ProtectionThis is one of the biggest parts of the exam. You will practice conductor sizing and ampacity, derating, and box fill. You will also work on choosing raceways and cables, picking the right wiring method, following support interval rules, and applying overcurrent protection.Equipment for General UseThis section covers the everyday equipment electricians install. Topics include switches, receptacles, switchboards, panelboards, luminaires, appliances, space heating, motors, and air-conditioning equipment.Special Occupancies, Special Equipment and ConditionsThese questions test your knowledge of harder code areas. You will work on hazardous locations, health care facilities, solar photovoltaic systems, fire pumps, emergency and standby systems, and energy storage.Basic Electrical Safety and Professional PracticesSafety matters on the exam and on the job. You will practice creating an electrically safe work condition, lockout and tagout, arc flash and shock boundaries, personal protective equipment, job site hazards, and good professional habits.Who This Course Is ForApprentice electricians getting ready for the journeyman examWorking electricians who want to test for their licenseAnyone who failed the exam before and wants to try again with a better planElectrical students finishing a trade school or training programHelpers and wiremen moving up to a licensed positionElectricians moving to a new state who need to pass a new licensing testAnyone who wants a quick review of NEC rules, theory, and safetyRequirementsBasic knowledge of electrical work or some time in an apprenticeshipA copy of the NEC code book (check which edition your exam uses)A simple calculator that is allowed on your examWillingness to practice and review your mistakesNo special software needed, just a phone, tablet, or computerWhy Take This CoursePassing the journeyman exam is a big step. It moves you from apprentice to licensed professional, and it can mean better pay, more trust on the job, and more choices for your future.Reading alone does not prepare you for how the test feels. Practice questions show you how the exam asks things, where you lose points, and how to manage your time. Each explanation fills a gap in your knowledge, so you improve with every test you take.This course saves you time. Instead of guessing what to study, you get questions organized by topic. You can see right away which areas need work and spend your study hours where they matter most.Exam Preparation StrategyPractice exams are one of the best ways to pass a licensing test. Here is how to use this course for the best results:Start with a timed practice test. Do it before you study much. This shows you where you stand.Review every answer. Read the explanations, even for questions you got right. Sometimes you guess correctly without knowing why.Study by topic. If you miss several voltage drop questions, spend a few days on that and then test again.Practice using your code book. Learn to flip to the right article fast. Tabs and highlights can help if your exam allows them.Retake the tests. Repeating the exams helps your memory and builds speed.Do a final timed mock exam. A few days before the real test, take a full practice exam in one sitting to build stamina.Students who follow this plan feel less nervous on test day because the questions already feel familiar.Career BenefitsA journeyman electrician license opens many doors. Licensed electricians can work on their own jobs, lead crews, and take on larger projects. Many employers will only hire or promote licensed people.Demand for electricians stays strong. Homes, factories, hospitals, and solar and energy storage projects all need skilled workers. Knowing the latest code rules makes you more valuable.A license also builds toward bigger goals. It is the step before the master electrician license, and from there you can start your own contracting business. Even if you stay a journeyman, you will often earn more, get steadier work, and have better job security.DisclaimerThis course is an independent study resource and is not affiliated with, endorsed by, or sponsored by any licensing board, testing company, or the National Fire Protection Association (NFPA). NEC is a registered trademark of NFPA. Practice questions are created for study purposes and do not guarantee a passing score on any official exam. Always check your local licensing board for the exam rules and code edition that apply to you.Rest assured, these aren't leaks. They are custom-developed practice questions, specifically engineered using advanced research tools to match the 2026 exam standards.

Characterization Techniques for Solid Materials

Udemy Instructor

Characterization Techniques for Solid Materials provides a comprehensive introduction to the fundamental principles, methodologies, and applications of modern techniques used to investigate and analyze solid materials. The course focuses on understanding material structure, composition, morphology, crystallinity, defects, and physical properties from the atomic scale to the macroscopic level.The course begins with the fundamentals of material characterization and its importance in materials science, solid-state physics, chemistry, engineering, nanotechnology, and related fields. It introduces major categories of characterization techniques, including structural characterization, microscopy, and spectroscopy.Structural characterization techniques such as X-Ray Diffraction (XRD), Neutron Diffraction, and Electron Diffraction are explored for determining crystal structures, phase composition, lattice parameters, crystallinity, atomic arrangements, crystal orientation, and structural defects.The microscopy section covers Optical Microscopy, Scanning Electron Microscopy (SEM), Transmission Electron Microscopy (TEM), Atomic Force Microscopy (AFM), and Scanning Tunneling Microscopy (STM). These methods are used to examine surface morphology, grain structure, particle size, microstructure, defects, interfaces, and nanoscale or atomic-scale features.The course also introduces important spectroscopic techniques, including Energy Dispersive X-ray Spectroscopy (EDS/EDX), X-Ray Photoelectron Spectroscopy (XPS), Auger Electron Spectroscopy (AES), and Fourier Transform Infrared Spectroscopy (FTIR) for investigating elemental composition, chemical states, surface chemistry, and molecular bonding.For each technique, emphasis is placed on its basic principle, working mechanism, instrumentation, information obtained, advantages, limitations, and practical applications. The course also highlights how different characterization techniques complement one another to provide a comprehensive understanding of material properties and performance.This course is designed to establish a strong conceptual foundation for students, researchers, and professionals interested in the characterization and analysis of solid materials.

Electrical Properties of Solids

Udemy Instructor

Ever wondered why metals like copper conduct electricity effortlessly, while rubber completely blocks it? Or how some materials can generate electricity just by being pressed or heated? Welcome to Electrical Properties of Solids, a comprehensive course that explores the fascinating ways materials interact with electricity!In this course, you’ll dive deep into:Conductors, Insulators, and Semiconductors: Understand how different materials allow—or block—the flow of electricity and why semiconductors are the backbone of modern electronics.Dielectric Materials: Learn how insulators store electrical energy and play a crucial role in capacitors, transformers, and electronic devices.Piezoelectric Materials: Discover materials that generate electricity under mechanical stress and their applications in sensors, medical devices, and energy harvesting.Superconductors: Explore materials with zero electrical resistance at low temperatures, powering MRI machines, maglev trains, and futuristic energy systems.Thermoelectric Materials: See how heat can be converted into electricity, opening doors for waste heat recovery, solid-state cooling, and self-powered devices.Through clear explanations, real-world examples, and easy-to-understand visuals, this course will give you a solid foundation in the electrical properties of solids and their technological applications. Whether you’re a physics student, engineer, or tech enthusiast, this course will equip you with the knowledge to understand and innovate with advanced materials.By the end of the course, you’ll know how electricity flows through materials, why some materials are perfect for modern electronics, and how cutting-edge materials like superconductors and thermoelectrics are shaping the future of technology.Unlock the secrets of materials that power our world—enroll now and take your understanding of electricity in solids to the next level!

0.0•915•Self-paced

FREE$76.99

Enroll

Advanced Fluid Mechanics with Engineering Applications.

About this course

Skills you'll gain

Available Coupons