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--- training:engineering:propulsion:introduction_to_propulsion [2023/08/27 13:20] – wikiadmin
+++ training:engineering:propulsion:introduction_to_propulsion [2023/08/28 23:13] (current) – wikiadmin
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 . **Importance in Aerospace:**
-   - Aerospace propulsion as a cornerstone of space exploration, aviation, and satellite technology.
-   - Highlighting the role of propulsion in achieving escape velocity, orbital insertion, and interplanetary travel.
+Aerospace propulsion as a cornerstone of space exploration, aviation, and satellite technology.
+[[https://www.longdom.org/open-access/rocket-propulsion-systems-advancements-and-commercial-aspects-100704.html|Rocket Propulsion Systems: Advancements and Commercial Aspects]]
+Highlighting the role of propulsion in achieving escape velocity, orbital insertion, and interplanetary travel.
+[[https://www.esa.int/Enabling_Support/Preparing_for_the_Future/Discovery_and_Preparation/Propulsion_lift-off_orbit_adjustments_and_travelling_through_space|Propulsion: lift-off, orbit adjustments and travelling through space]]
 . **Types of Propulsion Systems:**
-   - Introduction to various propulsion systems: rockets, jet engines, propellers, and more.
-   - Distinct differences between air-breathing and non-air-breathing propulsion systems.
+Introduction to various propulsion systems: rockets, jet engines, propellers, and more.
+[[https://oer.pressbooks.pub/introductiontoaerospaceflightvehicles/chapter/introduction-to-propulsion-systems/|INTRODUCTION TO PROPULSION SYSTEMS]]
+Distinct differences between air-breathing and non-air-breathing propulsion systems.
+[[https://propulsion-skrishnan.com/pdf/Classification%20of%20Propulsion%20Systems.pdf|Classification of
+Propulsion Systems]]
+[[training:engineering:propulsion:ramjets_and_scramjets|Ramjets and Scramjets]]
 . **Newton's Third Law and Thrust Generation:**
-   - Explanation of Newton's third law of motion and its connection to propulsion.
-   - Thrust as a reaction force generated by the expulsion of mass in the opposite direction.
+Explanation of Newton's third law of motion and its connection to propulsion.
+[[https://byjus.com/physics/newtons-third-law-motion/|Newton’s Third Law of Motion]]
+Thrust as a reaction force generated by the expulsion of mass in the opposite direction.
+[[https://www.grupooneair.com/what-is-thrust-force/|THRUST FORCE AND THE PRINCIPLE OF ACTION AND REACTION]]
 . **Significance in Engineering:**
-   - How propulsion systems shape engineering challenges and designs.
-   - Applications beyond aerospace: marine propulsion, automotive engines, and industrial machinery.
+[[training:engineering:propulsion:how_propulsion_systems_shape_engineering_challenges_and_designs|How propulsion systems shape engineering challenges and designs.
+]]
+[[training:engineering:propulsion:applications_beyond_aerospace|Applications beyond aerospace: marine propulsion, automotive engines, and industrial machinery.
+]]
 . **Challenges and Innovations:**
-   - Overcoming challenges of efficiency, environmental impact, and safety in propulsion systems.
-   - Innovation and research driving advancements in propulsion technologies.
+[[training:engineering:propulsion:overcoming_challenges_of_efficiency|Overcoming challenges of efficiency, environmental impact, and safety in propulsion systems.]]
+[[training:engineering:propulsion:innovation_and_research_driving_advancements_in_propulsion_technologies|Innovation and research driving advancements in propulsion technologies.
+]]
+[[https://nap.nationalacademies.org/read/2035/chapter/10|propulsion]]
 . **Economic and Societal Impact:**
-   - The economic implications of propulsion technology on transportation and commerce.
-   - Societal benefits and drawbacks of improved propulsion systems.
+[[training:engineering:propulsion:the_economic_implications_of_propulsion_technology_on_transportation_and_commerce|The economic implications of propulsion technology on transportation and commerce.]]
+[[training:engineering:propulsion:societal_benefits_and_drawbacks_of_improved_propulsion_systems|Societal benefits and drawbacks of improved propulsion systems.]]
 . **Interdisciplinary Nature:**
-   - Collaboration between various engineering disciplines in developing propulsion solutions.
-   - Importance of multidisciplinary approaches in solving complex propulsion-related problems.
+[[training:engineering:propulsion:collaboration_between_various_engineering_disciplines_in_developing_propulsion_solutions|Collaboration between various engineering disciplines in developing propulsion solutions.]]
+[[training:engineering:propulsion:importance_of_multidisciplinary_approaches_in_solving_complex_propulsion-related_problems|Importance of multidisciplinary approaches in solving complex propulsion-related problems.]]
 . **Ethical Considerations:**
-    - Exploration of ethical dilemmas related to propulsion, such as environmental consequences and weaponization.
-    - Responsible use of propulsion technology for the betterment of humanity.
+[[training:engineering:propulsion:exploration_of_ethical_dilemmas_related_to_propulsion_such_as_environmental_consequences_and_weaponization.-related_problems|Exploration of ethical dilemmas related to propulsion, such as environmental consequences and weaponization.]]
+[[training:engineering:propulsion:responsible_use_of_propulsion_technology_for_the_betterment_of_humanity|Responsible use of propulsion technology for the betterment of humanity.]]
 **Key Takeaways:**
 By the end of this lecture, students should have a clear understanding of what propulsion systems are, why they are critically important in aerospace and engineering, and how they have revolutionized human mobility, exploration, and technological progress. They will also gain insights into the challenges and ethical considerations associated with propulsion technology. This foundational knowledge will serve as the basis for exploring more specific aspects of propulsion systems in the subsequent lectures.