Engineering Mechanics: Dynamics 1 (Intuition + Application)

Master dynamics topics: kinematics, Newton laws, work, energy, power, impulse & momentum, fluid flow, propulsion, orbits

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Mark Misin Engineering Ltd

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21.0 giờ video

212 bài giảng

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Cập nhật: 31/05/2026

#Classical Mechanics #Dynamics #Engineering Mechanics #Python

Bạn sẽ học được gì

How to analyze the motion of objects using kinematic equations

How to apply Newton laws & the equations of motion to engineering problems

How to simplify solving engineering problems using work, energy & power

How to use the linear and angular impulse & momentum concepts in engineering

How to analyze the impact of two bodies using the conservation of momentum

How to analyze steady fluid flow in water pipes

How to use fluid flow in propulsion for rockets & jets

How to make a satellite or a rocket change orbits in space

Yêu cầu

Functions, Derivatives and Integrals from Calculus

The concepts from Statics such as: vectors, forces, moments, equilibrium and friction.

Đối tượng phù hợp

Engineering students in Mechanical, Civil, Aerospace, Maritime engineering

Professional engineers in Mechanics, Civil, Aerospace, Maritime engineering

Nội dung khóa học

9 phần • 212 bài giảng

1 Intro to Dynamics 1 - The plan

2 Intro to SI units

3 Expressing forces & moments in the fundamental units

4 Newton's 3 laws of motion + gravitational attraction

5 Deriving the gravitational acceleration equation 1

6 Deriving the gravitational acceleration equation 2

7 Idealizations & assumptions for Statics & Dynamics

8 SI unit prefixes

9 SI unit conversions

10 Unit conversion exercise: I beam (1)

11 Unit conversion exercise: I beam (2)

12 Deriving free fall kinematic equations due to gravity

13 Unit conversion exercise: Wind turbine rotation (1)

14 Unit conversion exercise: Wind turbine rotation (2)

15 Unit conversion exercise: Wind turbine rotation (3)

1 Vertical rocket motion - theory + exercise

2 Vertical rocket motion - solution 1

3 Vertical rocket motion - solution 2

4 The race of two bullets - exercise

5 The race of two bullets - solution 1

6 The race of two bullets - solution 2

7 The bullet train acceleration - exercise

8 The bullet train acceleration - solution 1

9 The bullet train acceleration - solution 2

10 The boat kinematics - exercise

11 The boat kinematics - solution 1

12 The boat kinematics - solution 2

13 Helicopter problem - kinematics in 2D - exercise

14 Helicopter problem - kinematics in 2D - solution

15 Parametric equations in 3D

16 Projectile motion - exercise

17 Projectile motion - solution

18 The falling box problem - exercise

19 The falling box problem - solution 1

20 The falling box problem - solution 2

21 Normal & tangential rotating axes 1

22 Normal & tangential rotating axes 2 + exercise

23 Normal & tangential rotating axes 3 + solution

24 Polar coordinates with varying radius 1

25 Polar coordinates with varying radius 2 + exercise

26 Polar coordinates with varying radius 3 + solution

27 Cylindrical coordinates - exercise

28 Cylindrical coordinates - solution

29 The kinematics of pulleys + exercise

30 The kinematics of pulleys + solution

31 Relative velocities & accelerations + exercise

32 Relative velocities & accelerations + solution 1

33 Relative velocities & accelerations + solution 2

34 Jet & aircraft relative velocity problem - exercise

35 Jet & aircraft relative velocity problem - solution

36 Highway relative acceleration problem + exercise

37 Highway relative acceleration problem + solution

38 Follow up

1 Sliding box & ramp problem - exercise

2 Sliding box & ramp problem - solution 1

3 Sliding box & ramp problem - solution 2

4 Lifting cargo with variable force - exercise

5 Lifting cargo with variable force - solution 1

6 Lifting cargo with variable force - solution 2

7 Simplifying assumptions for pulleys & cables 1

8 Simplifying assumptions for pulleys & cables 2

9 Simplifying assumptions for pulleys & cables 3

10 Lifting cargo with a truck - exercise

11 Lifting cargo with a truck - solution 1

12 Lifting cargo with a truck - solution 2

13 Two block & a pulley problem - exercise

14 Two block & a pulley problem - solution 1

15 Two block & a pulley problem - solution 2

16 Two block & a pulley problem - solution 3

17 Two block & a pulley problem - solution 4

18 The skydiving terminal velocity problem - exercise

19 The skydiving terminal velocity problem - solution 1

20 The skydiving terminal velocity problem - solution 2

21 The valley and the hill problem - exercise

22 The valley and the hill problem - solution

23 The skier problem - intro 1

24 The skier problem - intro 2 + exercise

25 The skier problem - solution 1

26 The skier problem - solution 2

27 The skier problem - solution 3

28 Turning airplane problem - exercise

29 Turning airplane problem - solution

30 The car tracking camera problem - exercise

31 The car tracking camera problem - solution

32 The sliding spiral problem - exercise

33 The sliding spiral problem - solution

1 Double embedded spring problem - exercise

2 Intro to work done by forces and moments

3 Conservative forces

4 The principle of work & energy

5 Work due to friction

6 Double embedded spring problem - solution

7 Nonlinear spring - exercise

8 Nonlinear spring - solution

9 The springs from both sides - exercise

10 The springs from both sides - solution

11 Projectile motion analysis using work & energy - exercise

12 Projectile motion analysis using work & energy - solution 1

13 Projectile motion analysis using work & energy - solution 2

14 Roller coaster weightless and 4g problem - exercise

15 Roller coaster weightless and 4g problem - solution

16 A catapult problem - exercise

17 A catapult problem - solution

18 Double mass pulley - exercise

19 Double mass pulley - solution 1

20 Double mass pulley - solution 2

21 Two springs in series - exercise

22 Two springs in series - solution

23 Intro to potential energy

24 The principle of conservation of energy

25 The skier problem revisited (kinetic & potential energy)

26 The bungee jumper problem - exercise

27 The bungee jumper problem - solution

28 The roller coaster loop - exercise

29 The roller coaster loop - solution

30 Potential & kinetic energies for space satellites - exercise

31 Potential & kinetic energies for space satellites - solution 1

32 Potential & kinetic energies for space satellites - solution 2

33 Potential & kinetic energies for space satellites - solution 3

34 Intro to power 1

35 Intro to power 2

36 Intro to mechanical efficiency

37 The crate, the pulleys and power output of the motor - exercise

38 The crate, the pulleys and power output of the motor - solution 1

39 The crate, the pulleys and power output of the motor - solution 2

40 The pulleys and the hydraulic systems (work & displacement relationship)

41 The sledge with a rocket engine - exercise

42 The sledge with a rocket engine - solution

43 Power input for a moving crate - exercise

44 Power input for a moving crate - solution

45 Pulleys, the elevator and the counterweight - exercise

46 Pulleys, the elevator and the counterweight - solution

1 The principle of linear impulse and momentum 1

2 The principle of linear impulse and momentum 2

3 Impulse due to engine thrust - exercise

4 Impulse due to engine thrust - solution

5 Crate & counterweight pulley system - exercise

6 Crate & counterweight pulley system - solution 1

7 Crate & counterweight pulley system - solution 2

8 Crate & counterweight pulley system - alternative solution

9 Sliding box problem with static & kinetic friction - exercise

10 Sliding box problem with static & kinetic friction - solution

11 The conservation of momentum 1

12 The conservation of momentum 2

13 Impulsive VS nonimpulsive forces

14 The collision of three cars - solution

15 The canoe problem - exercise

16 The canoe problem - solution

17 The two car and a spring collision - exercise

18 The two car and a spring collision - solution

19 Impact 1

20 Impact 2

21 Impact 3

22 Impact 4 - solution 1

23 Impact 5 - solution 2

24 Impact 6 - solution 3

25 The two pool ball and a wall impact - exercise

26 The two pool ball and a wall impact - solution 1

27 The two pool ball and a wall impact - solution 2

28 The principle of angular impulse & momentum 1

29 The principle of angular impulse & momentum 2

30 The principle of angular impulse & momentum 3 - solution

31 Conserving angular but not linear momentum - exercise

32 Conserving angular but not linear momentum - solution 1

33 Conserving angular but not linear momentum - solution 2

1 Equations of motion for steady fluid flow 1

2 Equations of motion for steady fluid flow 2

3 The hydrant problem - exercise

4 The hydrant problem - solution 1

5 The hydrant problem - solution 2

6 The hydrant problem - solution 3

7 The hydrant problem - solution 4

8 Thrust with steady fluid flow 1

9 Thrust with steady fluid flow 2

10 Thrust with steady fluid flow 3

11 The hovercraft problem - solution 1

12 The hovercraft problem - solution 2

13 The water pipe problem - exercise

14 The water pipe problem - solution 1

15 The water pipe problem - solution 2

16 Động lực học hệ có khối lượng biến đổi 1

17 Động lực học hệ có khối lượng biến đổi 1 (ví dụ tên lửa)

18 Tăng khối lượng của hệ

19 Bài tập về tên lửa hai tầng

20 Lời giải bài toán tên lửa hai tầng 1

21 Lời giải bài toán tên lửa hai tầng 2

22 Bài toán xe tải chở cát

23 Lời giải bài toán xe tải chở cát

24 Bài toán máy bay phản lực

25 Lời giải bài toán máy bay phản lực

26 Bài toán máy bay phản lực - công suất động cơ

27 Bài toán máy bay trực thăng chữa cháy

28 Lời giải bài toán máy bay trực thăng chữa cháy

1 Phát biểu bài toán chuyển đổi giữa các quỹ đạo

2 Lý thuyết cơ học quỹ đạo 1

3 Lý thuyết cơ học quỹ đạo 2

4 Lý thuyết cơ học quỹ đạo 3

5 Lý thuyết cơ học quỹ đạo 4

6 Lý thuyết cơ học quỹ đạo 5

7 Lý thuyết cơ học quỹ đạo 6

8 Lý thuyết cơ học quỹ đạo 7

9 Lý thuyết cơ học quỹ đạo 8

10 Lý thuyết cơ học quỹ đạo 9

11 Lời giải bài toán chuyển đổi quỹ đạo 1

12 Lời giải bài toán chuyển đổi quỹ đạo 2

1 Lời cảm ơn!

2 Cách chạy tệp Python chính xác từ Terminal và Command Prompt

3 Cài đặt Python: Windows 11

4 Cài đặt Python: Ubuntu

5 Cài đặt Python: MacOS

6 Các tệp hoạt hình Python

1 Bài giảng bổ sung

Giới thiệu khóa học

How do you create propulsion for rockets and jet planes? How do you analyze the motion of pulleys in Dynamics, and how do you use the concept of Dynamics to use pulleys to lift heavy objects such as creates and elevators? How do you use kinematics to calculate relative velocities between jets on a moving aircraft carrier and between cars on a highway? Would you like to know how to make passengers experience weightlessness (0g) and also how to make them feel 4 times their weight using the concepts of work and energy and how to make a hovercraft move using impulse & momentum?

All that and much more, you will learn here, in Dynamics Part 1.

In this course, I will teach you everything you need to know involving Dynamics for a particle, which will perfectly set you up for rigid body Dynamics in Dynamics Part 2.

Kinematics, Newton laws, work, energy, power, impulse and momentum, both linear and angular, steady fluid flow, propulsion for rockets and jets, orbital mechanics - not only, I will give you strong intuition for those concepts, I will also make sure that you will walk away with strong problem solving skills. That's a promise!

Dynamics relies heavily on Calculus and on fundamental concepts of Statics, such as forces, moments and friction.

Before you buy, take a look at some of my free preview videos, and if you like what you see, ENROLL NOW, and let's get started! See you inside!

Best,

Mark