Lecture 01: Introduction to the Course Content

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Lecture 02: Differences between LTA and HTA systems

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Lecture 03: The three conventional LTA systems

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Lecture 04: LTA gases, Types of Airships and their components

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Lecture 05: Introduction of Skyship 600 and USP of Airships

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Lecture 06: Applications of Airships

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Lecture 07 :Tethered Aerostat systems

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Lecture 08: Why use Aerostats

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Lecture 09: Some Queries on Aerostats

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Lecture 10: Historical developments of LTA systems, Part I

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Lecture 11: Historical developments of LTA systems, Part II

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Lecture 12: Historical developments of LTA systems, Part III

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Lecture 13: Historical developments of LTA systems, Part IV

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Lecture 14: Historical developments of LTA systems, Part V

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Lecture 15: Historical developmemts in LTA systems, Part VI

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Lecture 16:Overview of PADD

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Lecture 17: Remote Controlled Airships

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Lecture 18: Autonomous Airships

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Lecture 19: Indoor Blimp Projects by students

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Lecture 20: Biomimetic Airships

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Lecture 21: Introduction to Buoyancy

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Lecture 22: Basic Concepts of Aerostatics

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Lecture 23: Ballasting, Weigh off and Fuel weight recovery

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Lecture 24:In flight Ballast Collection methods

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Lecture 25: Static Lift Prediction Part I

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Lecture 26: Static Lift Prediction Part II

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Lecture 27 :Tutorial Problem 01 on Static Lift Estimation

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Lecture 28 :Effect of Humidity & Vapour Pressure

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Lecture 29 :Calculation of Ambient Air Density

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Lecture 30:Tutorial Problem 02 & 03 on Static Lift Estimation

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Lecture 31: Effect of Lifting Gas Purity, Superpressure and Superheat

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Lecture 32: Ballonet Air Weight Estimation

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Lecture 33: Net Static Lift of non rigid airships

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Lecture 34: Net Static Lift for other LTA systems

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Lecture 35 :Tutorial Problem 04 on Net Static Lift Estimation

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Lecture 36:Parameters affecting Static Lift

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Lecture 37:Effect of change in Atmospheric Pressure

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Lecture 38 :Tutorial Problem 05 on Change in Atmospheric Pressure

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Lecture 39:Effect of Superpressure

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Lecture 40 :Tutorial Problem 06 on effect of Superpressure

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Lecture 41: Effect of Slow change in Atmospheric Temperature and Superheat

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Lecture 42: Effect of Rapid change in Atmospheric Temperature

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Lecture 43: Tutorial Problem 07 on Change in Atmospheric Temperature and Superheat

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Lecture 44: Revision & Tutorial Problem 08 and 09 on Affecting Parameters of Static Lift

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Lecture 45:Effect of change in Relative Humidity

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Lecture 46: Effect of change in Lifting Gas Purity

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Lecture 47: Effect of change in Lifting Gas Volume

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Lecture 48: Determination of Inflation Fraction

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Lecture 49:Flight To Lower Ground Elevation

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Lecture 50: Tutorial Problem 10 on Helium Addition

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Lecture 51:Outdoor Hot Air Balloon

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Lecture 52: Pressure Height

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Lecture 53: Tutorial Problem 11 on Pressure Height Calculation

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Lecture 54: Sea Level Inflation Fraction

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Lecture 55 :Flight above Pressure Height

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Lecture 56: Effect of Change in Operating Altitude

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Lecture 57:Tutorial Problem 12 on Lifting Gas Loss

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Lecture 58: Descent Following Exceedance

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Lecture 59:Pressure Height for other LTA Vehicles

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Lecture 60: Discussion of Practice Questions

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Lecture 61: Envelope Materials Part I

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Lecture 62: Envelope Materials Part II

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Lecture 63: Envelope Materials Part III

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Lecture 64 :Fabric Testing Machines Part I

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Lecture 65: Fabric Testing Machines Part II

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Lecture 66: Need for Ground Handling

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Lecture 67: Aerium Hanger for CL 160 Airship

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Lecture 68: Ground Handling of Airships

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Lecture 70 Nose Battens for Envelopes

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Lecture 71: Need for Airship Design Methodology

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Lecture 72: Overview of Airship Design Methodology ADM

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Lecture 73: Details of Airship Design Methodology ADM

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Lecture 74: Inputs to Airship Design Methodology Part 1

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Lecture 75: Inputs to Airship Design Methodology Part 2

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Lecture 76: Design Constants in Airship Design Methodology

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Lecture 77: Outputs from Airship Design Methodology

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Lecture 78 : Statistical Data Used in Airship Design Methodology

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Lecture 79: Validation of Airship Design Methodology

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Lecture 80: Envelope Shapes for LTA Systems

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Lecture 81:Example of Application of Airship Design Methodology

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Lecture 82: Conclusions and Limitations of Airship Design Methodology

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Lecture 83: Sizing Procedure for Indoor Remotely Controlled Airships Part 1

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Lecture 84: Sizing Procedure for Indoor Remotely Controlled Airships Part 2

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Lecture 85: Sizing Procedure for Indoor Remotely Controlled Airships Part 3

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Lecture 86: Tutorial on Sizing of an Indoor Non Rigid Remotely Controlled Airship

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Lecture 87: Transportation Problems Faced by Remote Regions

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Lecture 88: Airships vs Helicopters Part I

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Lecture 89: Airships vs Helicopters Part II

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Lecture 90:Chaar Dham Yatra Part I

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Lecture 91: Chaar Dham Yatra Part II

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Lecture 92:History of Propulsive Systems on Airships

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Lecture 93: Steam and IC engines for Airships

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Lecture 94: Electric motors for Airships

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Lecture 95:Turboprops for Airships

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Lecture 96:Solar Propulsion and Thrust Vectoring on Airships

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Lecture 97: Lecture on Dynamics

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Lecture 98: Lecture on Drag

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Lecture 99: Aerodynamic Stability

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Lecture 100: Added Mass Effects

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Lecture 101: Introduction to Aerostat Design Methodology

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Lecture 94:Inputs for Aerostat Design Methodology

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Lecture 103: Design Constants in Aerostat Design Methodology

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Lecture 104: Overview of Aerostat Design Methodology

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Lecture 105: Equilibrium Analysis of Aerostats Part I

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Lecture 106: Equilibrium Analysis of Aerostats Part II

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Lecture 107: Methodology for Tether Profile Estimation

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Lecture 108: Sizing of Reusable Indoor Hot Air Balloon

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Lecture 109: Tutorial on Sizing of RIHAB

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Lecture 110: Introduction to High Altitude Airships

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Lecture 111:Technological challenges in HALE Platforms development Part I

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Lecture 112: Technological challenges in HALE Platforms development Part II

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Lecture 113: Initial sizing of Stratospheric Airships

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Lecture 114: Introduction to Hybrid Airships

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Lecture 115: Lockheed Martin's P 791 Hybrid Airship

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Lecture 116: Aeroscraft ML 866 Hybrid Airship

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Lecture 117: SkyCat Hybrid Airship

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Lecture 118 Rotary and Winged Hybrid Airships

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Lecture 119 : Hybrid Ultra Heavy Lift Cargo Vehicle Transport

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Lecture 120: Features of Hybrid Airships

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Lecture 121: Solar Powered Airships

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