Канал: Adriaan Van Niekerk

Engineers React to Bad & Great SolidWorks CAD

Engineers React to Bad & Great SolidWorks CAD

How I took 0 notes as an engineering student

How I took 0 notes as an engineering student

How can water, ice, and steam exist at once? #short

How can water, ice, and steam exist at once? #short

Solidworks CSWA but with FreeCAD

Solidworks CSWA but with FreeCAD

Effective study techniques I used as an engineering student

Effective study techniques I used as an engineering student

Is a masters degree in engineering worth it?

Is a masters degree in engineering worth it?

What I would do differently as an engineering student

What I would do differently as an engineering student

Boiling water in a vacuum #short

Boiling water in a vacuum #short

Reversibility and entropy | Understanding Thermodynamics | Mechanical Engineering

Reversibility and entropy | Understanding Thermodynamics | Mechanical Engineering

Why does the water stay inside | #short

Why does the water stay inside | #short

How to ensure your final year engineering project stands out

How to ensure your final year engineering project stands out

Calculating the thermal efficiency of a real rankine cycle using Python | Thermodynamics | PYroMat

Calculating the thermal efficiency of a real rankine cycle using Python | Thermodynamics | PYroMat

A day in the life of a Mechanical Engineer | Working from home | Mechanical Engineering Lecturer

A day in the life of a Mechanical Engineer | Working from home | Mechanical Engineering Lecturer

Transient open systems in Thermodynamics | Understanding Thermodynamics | Mechanical Engineering

Transient open systems in Thermodynamics | Understanding Thermodynamics | Mechanical Engineering

What is 66DaysOfCAE and how can you join the engineering community and start learning.

What is 66DaysOfCAE and how can you join the engineering community and start learning.

The First Law of Thermodynamics for steady-state, open systems | Understanding Thermodynamics

The First Law of Thermodynamics for steady-state, open systems | Understanding Thermodynamics

Use these shortcuts to increase your efficiency in SolidWorks | SolidWorks mouse gestures | #shorts

Use these shortcuts to increase your efficiency in SolidWorks | SolidWorks mouse gestures | #shorts

How much energy you are wasting when boiling excess water | Thermodynamics | Mechanical Engineering

How much energy you are wasting when boiling excess water | Thermodynamics | Mechanical Engineering

How to create a fuel dat file in Ricardo WAVE | Ricardo WAVE tutorial | #shorts

How to create a fuel dat file in Ricardo WAVE | Ricardo WAVE tutorial | #shorts

Optimising your engine parameters in Ricardo WAVE | Optimisation & DoE tutorial | Ricardo WAVE

Optimising your engine parameters in Ricardo WAVE | Optimisation & DoE tutorial | Ricardo WAVE

Change your moment of inertia with an office chair #shorts

Change your moment of inertia with an office chair #shorts

How to calculate work, power and energy | Engineering Kinematics Dynamics

How to calculate work, power and energy | Engineering Kinematics Dynamics

How much energy is wasted when boiling water #shorts

How much energy is wasted when boiling water #shorts

How to solve rigid body equations of motion | Rigid body Kinematics | Engineering Dynamics

How to solve rigid body equations of motion | Rigid body Kinematics | Engineering Dynamics

Solving for temperature and pressure of real gasses, liquids and solids | Engineering Thermodynamics

Solving for temperature and pressure of real gasses, liquids and solids | Engineering Thermodynamics

How to calculate acceleration using Newton's Second Law | Engineering Kinematics | Dynamics

How to calculate acceleration using Newton's Second Law | Engineering Kinematics | Dynamics

Controversial debates in Engineering | #Shorts

Controversial debates in Engineering | #Shorts

How to draw free body diagrams | Newton's Laws | Engineering Kinematics | Dynamics

How to draw free body diagrams | Newton's Laws | Engineering Kinematics | Dynamics

Introduction to enthalpy and open systems | Mechanical Engineering Thermodynamics |

Introduction to enthalpy and open systems | Mechanical Engineering Thermodynamics |

Activate Skynet using a python environment | #Shorts

Activate Skynet using a python environment | #Shorts

1000 Subscriber Special | Thank you all so much! | Youtube Analytics Engineering & Python Channel

1000 Subscriber Special | Thank you all so much! | Youtube Analytics Engineering & Python Channel

How to create a fuel blend with more than one component in Ricardo WAVE | Ricardo WAVE tutorial

How to create a fuel blend with more than one component in Ricardo WAVE | Ricardo WAVE tutorial

How to solve non-uniform acceleration problems | Numerical approach | Analytical approach

How to solve non-uniform acceleration problems | Numerical approach | Analytical approach

Vectors | Dot and Cross product | Relative and Absolute quantities | Engineering Dynamics

Vectors | Dot and Cross product | Relative and Absolute quantities | Engineering Dynamics

How to simulate exhaust gas recirculation in Ricardo WAVE | Ricardo WAVE tutorial | EGR

How to simulate exhaust gas recirculation in Ricardo WAVE | Ricardo WAVE tutorial | EGR

How to simulate a turbocharger with a wastegate in Ricardo WAVE | Ricardo WAVE tutorial

How to simulate a turbocharger with a wastegate in Ricardo WAVE | Ricardo WAVE tutorial

How to simulate multiple direct injections in a diesel engine | Ricardo WAVE Tutorial | Tutorial

How to simulate multiple direct injections in a diesel engine | Ricardo WAVE Tutorial | Tutorial

How to simulate a turbocharger in Ricardo WAVE | Ricardo WAVE tutorial | Tutorial

How to simulate a turbocharger in Ricardo WAVE | Ricardo WAVE tutorial | Tutorial

How to simulate an engine using biodiesel | Engine performance and emissions | Ricardo WAVE

How to simulate an engine using biodiesel | Engine performance and emissions | Ricardo WAVE

How to simulate a one cylinder diesel engine in Ricardo WAVE | Introduction to Ricardo WAVE

How to simulate a one cylinder diesel engine in Ricardo WAVE | Introduction to Ricardo WAVE

How to simulate the Atkinson Cycle in a four cylinder engine in Ricaro WAVE | Ricardo WAVE tutorial

How to simulate the Atkinson Cycle in a four cylinder engine in Ricaro WAVE | Ricardo WAVE tutorial

How to simulate heat transfer in Ricardo WAVE using the Woschni heat transfer correlation | Tutorial

How to simulate heat transfer in Ricardo WAVE using the Woschni heat transfer correlation | Tutorial

How to simulate a one cylinder engine in Ricardo WAVE | Introduction to Ricardo WAVE | Tutorial

How to simulate a one cylinder engine in Ricardo WAVE | Introduction to Ricardo WAVE | Tutorial

Kinematics of a particle | SUVAT equations | Linear & rotational motion | Engineering Dynamics

Kinematics of a particle | SUVAT equations | Linear & rotational motion | Engineering Dynamics

The first law of Thermodynamics for closed systems | Mechanical Engineering Thermodynamics

The first law of Thermodynamics for closed systems | Mechanical Engineering Thermodynamics

Calculating internal energy of a two-phase mixture | Mechanical Engineering Thermodynamics

Calculating internal energy of a two-phase mixture | Mechanical Engineering Thermodynamics

Internal energy of gases | Mechanical Engineering Thermodynamics

Internal energy of gases | Mechanical Engineering Thermodynamics

Boundary work | Constant pressure process | Constant temperature process | Adiabatic process

Boundary work | Constant pressure process | Constant temperature process | Adiabatic process

Solving for temperature, pressure, specific volume & quality | Mechanical Engineering Thermodynamics

Solving for temperature, pressure, specific volume & quality | Mechanical Engineering Thermodynamics

Two-phase region | Quality | Vapour/liquid mixtures | Mechanical Engineering Thermodynamics

Two-phase region | Quality | Vapour/liquid mixtures | Mechanical Engineering Thermodynamics

The phases of water: ice, liquid and steam | Mechanical Engineering Thermodynamics

The phases of water: ice, liquid and steam | Mechanical Engineering Thermodynamics

Real gasses and how to use the steam tables | Mechanical Engineering Thermodynamics

Real gasses and how to use the steam tables | Mechanical Engineering Thermodynamics

How to use the Ideal Gas Law | Mechanical Engineering Thermodynamics

How to use the Ideal Gas Law | Mechanical Engineering Thermodynamics

Total pressure, gauge pressure and hydrostatic pressure | Mechanical Engineering Thermodynamics

Total pressure, gauge pressure and hydrostatic pressure | Mechanical Engineering Thermodynamics

Mechanical Engineering Thermodynamics | Volume, mass, density and specific volume

Mechanical Engineering Thermodynamics | Volume, mass, density and specific volume

Mechanical Engineering Thermodynamics | Temperature and how to use it in thermodynamic calculations

Mechanical Engineering Thermodynamics | Temperature and how to use it in thermodynamic calculations

Mechanical Engineering Thermodynamics | Course introduction and overview of content

Mechanical Engineering Thermodynamics | Course introduction and overview of content

Python Tutorial | How to use a Jupyter notebook online with Binder and Google Colab

Python Tutorial | How to use a Jupyter notebook online with Binder and Google Colab

Using Newton's second law of motion with Strava data to determine running stats | Python

Using Newton's second law of motion with Strava data to determine running stats | Python

Use GPS data and SUVAT equations to calculate Strava running stats using Python

Use GPS data and SUVAT equations to calculate Strava running stats using Python

Calculating the Coefficient of Performance of an ideal refrigeration cycle | Python Thermodynamics

Calculating the Coefficient of Performance of an ideal refrigeration cycle | Python Thermodynamics

Calculating the efficiency of an Ideal Rankine Cycle with feedwater heater | Python | Thermodynamics

Calculating the efficiency of an Ideal Rankine Cycle with feedwater heater | Python | Thermodynamics

Calculating the efficiency of an ideal Rankine Cycle with reheat using Python | Thermodynamics

Calculating the efficiency of an ideal Rankine Cycle with reheat using Python | Thermodynamics

Calculating the thermal efficiency of an Ideal Rankine Cycle using Python | PYroMat | Thermodynamics

Calculating the thermal efficiency of an Ideal Rankine Cycle using Python | PYroMat | Thermodynamics

SolidWorks Tutorial | Solidworks part modelling using extruded cut and the hole wizard

SolidWorks Tutorial | Solidworks part modelling using extruded cut and the hole wizard

SolidWorks Tutorial | Introduction to the sketching environment and sketching tools in SolidWorks

SolidWorks Tutorial | Introduction to the sketching environment and sketching tools in SolidWorks

CSWA | Certified Solidworks Associate practise exam | Drafting tutorial

CSWA | Certified Solidworks Associate practise exam | Drafting tutorial

CSWA | Certified Solidworks Associate practise exam and tips on preparing | Solidworks tutorial

CSWA | Certified Solidworks Associate practise exam and tips on preparing | Solidworks tutorial