Top 3 Apps Similar to Rashtriya Technical Institute

✴ The App Advance Welding Technology is useful forallengineeringstudents and professionals it has a list 200 topicswithdetailed.Aim of the engineering app to provide quality ofeducationtomechanical engineering students who are learningaboutweldingtechnology. ✴ The Advance Welding Technology isamechanicalengineering app which covers important topics,notes,videotutorial, news & blogs on the course. Download theApp asareference material & digital book formechanicalengineeringprograms & degree courses. ✴ Now you canstudyanytime,anywhere through the mechanical engineering app.WeldingTechnologyhas lot of features like you can track yourlearning,setreminders, edit the study material, add favoritetopics, andsharethe topics with friends. Some of important and mostsearchedtopicsby mechanical engineering students are RC WELDING,GASWELDING, TIGWELDING, MIG, SMAW, WHAT IS WELDING, INTRODUCTIONOFWELDING, MIGWELDING, GAS METAL ARC WELDING, ARC WELDINGPOWERSOURCES, GASTUNGSTEN ARC WELDING, THE SMAW PROCESS, FUSIONWELDING,ARC, SPOTWELDING and WELDING SYMBOLS Use this usefulengineeringapp as yourtutorial, digital book, a reference guide forsyllabus,coursematerial, project work, sharing your views on theblog. ⇢Some ofthe topics Covered in the app are:- 1. INTRODUCTIONOFWELDING 2.CONVENTIONAL WELDING PROCESSES 3. WELDING WITHPRESSURE4. FUSIONWELDING 5. INTRODUCTION TO ADVANCED PROCESSDEVELOPMENTTRENDS 6.SAFETY AND ENVIRONMENTAL FACTORS 7. AREAS FORDEVELOPMENTOFWELDING PROCESSES 8. INTRODUCTION TO ENERGY SOURCESUSED FORFUSIONWELDING 9. ENERGY-SOURCE INTENSITY 10. INTRODUCTIONTO HEATFLOW INFUSION WELDING 11. MATHEMATICAL FORMULATIONS IN HEATFLOW INFUSIONWELDING 12. PARAMETRIC EFFECTS OF HEAT FLOW IN FUSIONWELDING13.THERMO PHYSICAL PROPERTIES OF SELECTED ENGINEERINGMATERIALS14.INTRODUCTION TO FLUID FLOW PHENOMENON DURING WELDING15.GASTUNGSTEN ARC WELDING 16. DEEP-PENETRATION ELECTRON BEAMANDLASERWELDS 17. GAS METAL ARC WELDING 18. Submerged ArcWelding19.INTRODUCTION TO TRANSFER OF HEAT AND MASS TO THE BASEMETALINGAS-METAL ARC WELDING 20. HEAT TRANSFER IN GAS-METALARCWELDING21. PROCEDURE DEVELOPMENT TRANSFER OF HEAT AND MASS TOTHEBASEMETAL IN GAS-METAL ARC WELDING 22. INTRODUCTION TO ARCPHYSICSOFGAS-TUNGSTEN ARC WELDING 23. ELECTRODE REGIONS AND ARCCOLUMNINGTAW 24. ARC WELDING POWER SOURCES 25. POWER SOURCESELECTION26.PULSED POWER SUPPLIES 27. Resistance Welding PowerSources28.ELECTRON-BEAM WELDING POWER SOURCES 29. INTRODUCTIONTOWELDSOLIDIFICATION 30. COMPARISON OF CASTING ANDWELDINGSOLIDIFICATION31. SOLIDIFICATION OF ALLOYWELDS(CONSTITUTIONALSUPERCOOLING) 32.DEVELOPMENT OF WELDMICROSTRUCTURES33. EFFECT OF WELDING RATE ONWELD POOL SHAPE ANDMICROSTRUCTURE 34.BRAZING 35. SOLDERING 36.PHYSICAL PRINCIPLES OFBRAZING 37.ELEMENTS OF THE BRAZING PROCESS38. HEATING METHODS FORBRAZING 39.INTRODUCTION TO FUNDAMENTALS OFSOLDERING 40.FUNDAMENTALS OFSOLDERING 41. GUIDELINES FOR FLUXSELECTION 42. TYPESOF FLUXES 43.JOINT DESIGN 44. PRECLEANING ANDSURFACE PREPARATION45. SOLDERAPPLICATION 46. SOLDERING PROCESSPARAMETERS 47. SOLDERINGEQUIPMENT48. CHARACTERISTICS OF THECOMPONENTS OF A SHIELDING GASBLEND 49.SHIELDING GAS SELECTION 50.BASIC POWER SOURCE REQUIREMENTS51.CONVENTIONAL POWER SOURCEDESIGNS 52. DIFFUSION BONDING PROCESS53.ELECTRONIC POWERREGULATION SYSTEMS 54. OUTPUT LEVEL, SEQUENCEANDFUNCTION CONTROL55. MMAW CONSUMABLES 56. SUBMERGED ARCWELDINGCONSUMABLES 57.FILLER WIRES FOR GMAW AND FCAW 58.INTRODUCTION TOFUNDAMENTALS OFFRICTION WELDING 59. DIRECT DRIVEWELDING 60.INERTIA-DRIVE WELDINGEach topic is complete withdiagrams,equations and other forms ofgraphical representations forbetterlearning and quickunderstanding. Welding Technology is partofMechanical engineeringeducation & courses and technologydegreeprograms of variousuniversities.

The app is a complete freehandbookof UnconventionalManufacturing orNon-TraditionalManufacturing which coversimportant topics, notes,materials, news& blogs on the course.Download the App as areference material& digital bookfor Mechanical engineeringprograms &degreecourses.  This useful App lists 40 topicswith detailednotes,diagrams, equations, formulas & coursematerial, thetopics arelisted in 5 chapters. The app is must havefor all theengineeringscience students & professionals. The appprovides quickrevision and reference to the important topicslike adetailedflash card notes, it makes it easy & useful forthestudent ora professional to cover the course syllabusquicklybefore an examsor interview for jobs.  Track yourlearning,set reminders,edit the study material, add favoritetopics, sharethe topics onsocial media.  You can also blogaboutengineering technology,innovation, engineeringstartups, college research work,institute updates, Informativelinks oncourse materials &education programs from yoursmartphone ortablet or athttp://www.engineeringapps.net/.  Usethis usefulengineeringapp as your tutorial, digital book, areference guidefor syllabus,course material, project work, sharingyour views ontheblog.  Some of the topics Covered in the appare:1.Introduction of Unconventional ManufacturingProcess2.Classification of Unconventional ManufacturingProcess3.Conventional Machining VS Non-ConventionalMachining4.Introduction of Unconventional Machining Process5.Electro-Discharge Machining (EDM) 6. Wire Cut ElectricDischargeMachining(WCEDM) 7. Ultrasonic Machining (USM) 8.ChemicalMachiningProcesses (CHM) 9. Electrochemical Machining (ECM)10.Laser BeamMachining (LBM) 11. Plasma Arc Machining (PAM)12.Electrodischarge Grinding (EDG) 13. Electric DischargeWireCuttingProcess (Wire EDM) 14. Electron Beam Machining (EBM)15.Comparisonof Thermal and Non-Thermal Processes 16. AbrasiveFlowMachining(AFM) 17. Magnetic Abrasive Finishing (MAF)18.ElectrochemicalGrinding (ECG) 19. Electrochemical Honing20.ElectrochemicalDeburring 21. Abrasive Jet Machining (AJM) 22.WaterJet Machining(WJM) 23. Abrasive Water Jet Machining (AWJM)24.Introduction ofUnconventional welding processes 25.Classificationof weldingprocesses 26. Resistance welding 27. Coldpressurewelding 28.Friction welding 29. Explosive welding 30. UnderWaterWelding (Dryand Wet Welding) 31. Advantage and Disadvantagesof Wetand DryWelding 32. Plasma arc welding (PAW) 33. PlasmaArcMachining (PAM)34. Plasma Arc Cutting 35. Cladding 36.Usage,Advantage andDisadvantage of Cladding 37. IntroductionofUnconventional FormingProcesses 38. Explosive Forming (HighEnergyForming Processes) 39.Electromagnetic Forming (High EnergyFormingProcesses) 40. ElectroHydraulic Forming (High EnergyFormingProcesses) 41. ExplosiveCompacting (High Energy FormingProcesses)Each topic is completewith diagrams, equations and otherforms ofgraphicalrepresentations for better learning andquickunderstanding. Unconventional Manufacturing orNon-TraditionalManufacturing ispart of Mechanical engineeringeducation coursesand technologydegree programs at variousuniversities. 

* Best civil app for learning and quick revision on DesignofsteelStructure. * All the important topics likecurvatureanalysis,structural analysis, steel calculation, steelstructuresandstructural design can be covered in just a minute pertopic. *Thiscivil app contains all the Design of Steel Structurerelated160topics in 5 chapter in very simple and informativelanguagewithsuitable diagrams which helps Civil Engineering (CE)studentstoscore good marks in exams. * Very Helpful for lastminpreparationfor Exams, Viva, Assignments and Job interviewsforcivilengineering students. *Through the search functionalitywithintheapp one can review any subject related concept instantly.It isthemost useful App for last minute preparations forcivilengineeringstudents. Some of the topics Covered in the ebookappare: 1.Degrees of Freedom and Indeterminacy 2.StaticallyIndeterminateStructures -Direct Stiffness Method 3.MemberStiffness Matrix 4.Coordinates Transformation 5.DisplacementTransformation 6.Assembly of Structure Stiffness Matrix7.Calculation of MemberForces 8. Treatment of Internal Loads9.Treatment of Pins 10.Temperature Effects 11. TemperatureGradient12. Elastic andPlastic Behavior of Steel 13. Moment -CurvatureRelationship in anElastic - Plastic Range 14. Elastic -PlasticBehavior 15. FullyPlastic Section 16. Plastic Hinge 17.Comparisonof Linear Elasticand Plastic Designs 18. Limit StatesDesign 19.Overview of DesignCodes for Plastic Design 20.GeneralElastoplastic Analysis ofStructures 21. Reduced PlasticMomentCapacity Due to ForceInteraction 22. Shear Force 23. ConceptofYield Surface 24. YieldSurface and Plastic Flow Rule 25.Derivationof GeneralElastoplastic Stiffness Matrices 26.ElastoplasticStiffnessMatrices for Sections 27. Stiffness MatrixandElastoplasticAnalysis 28. Use of Computers forElastoplasticAnalysis 29. Effectof Force Interaction on PlasticCollapse 30.Distributed Loads inElastoplastic Analysis 31. TheoremsofPlasticity 32. ContinuousBeams and Frames 33. Application toPortalFrames 34. Calculationof Member Forces at Collapse 35.Introductionof Limit Analysis byLinear Programming 36. LimitAnalysis Theoremsas Constrained 37.General Description of theDiscrete Plane FrameProblem 38. ASimple MATLAB Implementation forStatic Limit Analysis39. A Noteon Optimal Plastic Design of Frames40. Plastic RotationCapacity41. Plastic Rotation Demand 42. Effectof Settlement 43.ModifiedEnd Actions Due to Settlements 44. Effectof HighTemperature 45.Critical Temperature Evaluation inElastoplasticAnalysis 46.Second-Order Effects 47. ServiceabilityLimit StateRequirements48. Ultimate Limit State Requirements 49.IntroductiontoMetallurgy 50. Strengthening structural steels 51.Inclusionsandalloying elements 52. Mechanical properties of steel53.Corrosion54. Corrosion protection to steel structure elements55.Steelstructures subjected to fire 56. Introduction to LimitStateDesign57. Bolted connections 58. Bolts and bolting The DesignofSteelStructures is part of Structural Engineering DesigninCivilEngineering education courses and technology degreeprogramsatvarious universities.