51:04
Mechanics 1 - M1 - Dynamics of a Particle (1) Inclined Planes Basic intro
This channel is managed by up and coming UK maths teachers. Videos designed for the site b...
published: 25 Aug 2013
Mechanics 1 - M1 - Dynamics of a Particle (1) Inclined Planes Basic intro
Mechanics 1 - M1 - Dynamics of a Particle (1) Inclined Planes Basic intro
This channel is managed by up and coming UK maths teachers. Videos designed for the site by Steve Blades, retired Youtuber and owner of m4ths.com to assist learning in UK classrooms. Designed for the Edexcel spec but applicable to AQA, OCR,MEI and WJEC.- published: 25 Aug 2013
- views: 37
48:23
Mechanics 1 - M1 - Dynamics of a Particle (1) Brief Intro - Newtons 2nd Law N2L
This channel is managed by up and coming UK maths teachers. Videos designed for the site b...
published: 25 Aug 2013
Mechanics 1 - M1 - Dynamics of a Particle (1) Brief Intro - Newtons 2nd Law N2L
Mechanics 1 - M1 - Dynamics of a Particle (1) Brief Intro - Newtons 2nd Law N2L
This channel is managed by up and coming UK maths teachers. Videos designed for the site by Steve Blades, retired Youtuber and owner of m4ths.com to assist learning in UK classrooms. Designed for the Edexcel spec but applicable to AQA, OCR,MEI and WJEC.- published: 25 Aug 2013
- views: 29
17:05
(part 1) Inclined Planes - Dynamics M1 Mechanics & Physics (Newtons 2nd law) (smooth plane)
PLEASE NOTE - The M1 course is very basic in terms of modelling situations and excludes ma...
published: 02 Aug 2011
author: maths247
(part 1) Inclined Planes - Dynamics M1 Mechanics & Physics (Newtons 2nd law) (smooth plane)
(part 1) Inclined Planes - Dynamics M1 Mechanics & Physics (Newtons 2nd law) (smooth plane)
PLEASE NOTE - The M1 course is very basic in terms of modelling situations and excludes many forces acting on particles. Please see the M1 syllabus to see th...- published: 02 Aug 2011
- views: 6457
- author: maths247
9:34
AP Physics C: Mechanics -- Rotational Dynamics Problem
Typical Rotational Dynamics problem at the AP Physics C level....
published: 30 Jan 2012
author: MaxPhysics
AP Physics C: Mechanics -- Rotational Dynamics Problem
AP Physics C: Mechanics -- Rotational Dynamics Problem
Typical Rotational Dynamics problem at the AP Physics C level.- published: 30 Jan 2012
- views: 2490
- author: MaxPhysics
15:05
physics course 04: mechanics - dynamics and Newton´s laws - application of Newton´s laws
Taken from the UCCP Introductory Physics course. © 2009 The Regents of the University of C...
published: 10 Jan 2013
author: Gunther Jacob
physics course 04: mechanics - dynamics and Newton´s laws - application of Newton´s laws
physics course 04: mechanics - dynamics and Newton´s laws - application of Newton´s laws
Taken from the UCCP Introductory Physics course. © 2009 The Regents of the University of California This course is designed to acquaint you with topics in cl...- published: 10 Jan 2013
- views: 311
- author: Gunther Jacob
9:51
Fluid Dynamics of Drag part 1
From a lecture series on Fluid Mechanics produced in the 1960's. These lectures evaluate t...
published: 09 Jul 2009
author: VerraStrngNUCF
Fluid Dynamics of Drag part 1
Fluid Dynamics of Drag part 1
From a lecture series on Fluid Mechanics produced in the 1960's. These lectures evaluate the properties of fluid mechanics in an experimental setting. The vi...- published: 09 Jul 2009
- views: 11362
- author: VerraStrngNUCF
9:21
The postulates of quantum mechanics II: dynamics
Describes the second postulate of quantum mechanics - the postulate which tells us how to ...
published: 14 Dec 2010
author: Michael Nielsen
The postulates of quantum mechanics II: dynamics
The postulates of quantum mechanics II: dynamics
Describes the second postulate of quantum mechanics - the postulate which tells us how to describe how quantum states change over time. Part of a series on "...- published: 14 Dec 2010
- views: 2076
- author: Michael Nielsen
72:32
20. Fluid Dynamics and Statics and Bernoulli's Equation
Fundamentals of Physics (PHYS 200) The focus of the lecture is on fluid dynamics and stati...
published: 23 Sep 2008
author: YaleCourses
20. Fluid Dynamics and Statics and Bernoulli's Equation
20. Fluid Dynamics and Statics and Bernoulli's Equation
Fundamentals of Physics (PHYS 200) The focus of the lecture is on fluid dynamics and statics. Different properties are discussed, such as density and pressur...- published: 23 Sep 2008
- views: 266541
- author: YaleCourses
17:10
Dynamics IITM 5.6 Kinematics velocity and acceleration
Lecture Series on Mechanics of Solids by Prof.M.S.Sivakumar , Department of Applied Mechan...
published: 17 Nov 2008
author: nptelhrd
Dynamics IITM 5.6 Kinematics velocity and acceleration
Dynamics IITM 5.6 Kinematics velocity and acceleration
Lecture Series on Mechanics of Solids by Prof.M.S.Sivakumar , Department of Applied Mechanics ,I.I.T.Madras. Motion of a rigid body position, velocity and ac...- published: 17 Nov 2008
- views: 14583
- author: nptelhrd
9:41
Extra Credits: Aesthetics of Play
This week, we talk genres and some game design theory. Read the full MDA paper here! https...
published: 01 Nov 2012
author: Extra Credits
Extra Credits: Aesthetics of Play
Extra Credits: Aesthetics of Play
This week, we talk genres and some game design theory. Read the full MDA paper here! https://sakai.rutgers.edu/access/content/group/af43d59b-528f-42d0-b8e5-7...- published: 01 Nov 2012
- views: 50170
- author: Extra Credits
73:21
1. Course Introduction and Newtonian Mechanics
Fundamentals of Physics (PHYS 200) Professor Shankar introduces the course and answers stu...
published: 22 Sep 2008
author: YaleCourses
1. Course Introduction and Newtonian Mechanics
1. Course Introduction and Newtonian Mechanics
Fundamentals of Physics (PHYS 200) Professor Shankar introduces the course and answers student questions about the material and the requirements. He gives an...- published: 22 Sep 2008
- views: 200542
- author: YaleCourses
30:35
Mechanics 1 - M1 - Dynamics of a Particle (2) Modelling Friction (flat plane) coefficient of
This channel is managed by up and coming UK maths teachers. Videos designed for the site b...
published: 25 Aug 2013
Mechanics 1 - M1 - Dynamics of a Particle (2) Modelling Friction (flat plane) coefficient of
Mechanics 1 - M1 - Dynamics of a Particle (2) Modelling Friction (flat plane) coefficient of
This channel is managed by up and coming UK maths teachers. Videos designed for the site by Steve Blades, retired Youtuber and owner of m4ths.com to assist learning in UK classrooms. Designed for the Edexcel spec but applicable to AQA, OCR,MEI and WJEC.- published: 25 Aug 2013
- views: 23
13:50
physics course 03: mechanics - dynamics and Newton´s laws - Newton´s laws
Taken from the UCCP Introductory Physics course. © 2009 The Regents of the University of C...
published: 10 Jan 2013
author: Gunther Jacob
physics course 03: mechanics - dynamics and Newton´s laws - Newton´s laws
physics course 03: mechanics - dynamics and Newton´s laws - Newton´s laws
Taken from the UCCP Introductory Physics course. © 2009 The Regents of the University of California This course is designed to acquaint you with topics in cl...- published: 10 Jan 2013
- views: 381
- author: Gunther Jacob
15:00
Unit-4 Dynamics Of Particles (Impact of elastic Bodies, Problem) - Engineering Mechanics
http://www.guruG.net Unit-4 Dynamics Of Particles (Impact of elastic Bodies, Problem) - En...
published: 04 Dec 2012
author: Ganesh Babu
Unit-4 Dynamics Of Particles (Impact of elastic Bodies, Problem) - Engineering Mechanics
Unit-4 Dynamics Of Particles (Impact of elastic Bodies, Problem) - Engineering Mechanics
http://www.guruG.net Unit-4 Dynamics Of Particles (Impact of elastic Bodies, Problem) - Engineering Mechanics.- published: 04 Dec 2012
- views: 90
- author: Ganesh Babu
Vimeo results:
2:15
Frame Dynamics(mechanism design)
@Plz Full screen, Use Headphone!
@ Maxon today video
http://www.Maxon.net
Role: Art Direc...
published: 13 Dec 2010
author: J.S.Ahn
Frame Dynamics(mechanism design)
@Plz Full screen, Use Headphone!
@ Maxon today video
http://www.Maxon.net
Role: Art Direction, Design, Animation, Modelling, Compositing, Sound Design
Co-worker : Jaehong Park(Yonsei Univ)
Date: 2010.11.01~12.14
Format: 1280*720 HD
Sound: Basique Little People
Tools: Cinema4d r12, aftereffects, premiere
Render time : 3 Days
Copyright 2010
atenis@nate.com
http://blog.naver.com/~atenis
http://atenis.cafe24.com
This time, my friend and I had a chance to do a project about
mechanism design. In this video, we will show you especially about
four-bar linkage and gear trains. For instance, riding a bicycle has
two mechanisms, one for four bar linkage, and the other for gear
trains. And the watch, for example, is consist of numerous gears.
Almost everyone takes the watch in daily life, but just a few knows
about the principle how it works. Synthesis of mechanism is not
shown in this video, only analysis is presented.
When we analyze the mechanisms, we used "Graphical analysis method" and "Analytical
analysis method". Calculating with vector loop equation, and
reviewing with graphical method.
Showing how the gears in the watch rotates was really difficult for
us. We knew the theoretical angular velocity, but C4D was not
accurate to realize them. Finally, we tried FPS division method and it
worked,
On analyzing four-bar linkage with bicycle, we used tracking
function with AE.
We hope all of you can be more familiar with mechanism design
through this movie. Merry christmas and Happy new year.
Intro Preview
http://vimeo.com/17593568
S1 Preview
http://vimeo.com/17593507
Xpresso Preview
http://vimeo.com/17593083
Additional engineering statement
Case : the bicycle
We first thought that analyzing the mechanism of riding a bicycle would be
really easy because the length of every linkage was determined so we could
parameterize every four angle, angular velocity and angular acceleration
with one specific angle. But it was totally a mistake. Finally we divided 2Π
rad in to 10 sections, which means every 36°, and found values related to the
angle and interpolated them to make continuous numbers.
When climbing up the ascent, we assumed the length between the saddle and the
crank axis varies. We set up the equation (which is used in this movie) of the
length as "85+5sin(angular velocity of the crank*Π*t)cm" so that the length varies
from 80cm to 90cm. It was quite reasonable to set up the equation as above
except for a few errors. For instance, following that equation, the length becomes
the smallest when the pedal is on the lowest position and largest when on the top,
but that assumption makes the motion of the bones seem forced or unnatural.
This equation is to be complemented soon enough. We calculated 7 sorts of
variables; angular velocity, angular acceleration, velocity, tangential acceleration,
normal acceleration, relative velocity, relative acceleration; but inserting all of
those values made the pictures disoriented thus we got rid of every value except
for angular velocity.
Case : the watch
In designing the gears, we did not consider the pitch radius or pressure angle so
it does not fit to the engineering models. But the angular velocity ratio of each
gear related to the number of teeth ratio was designed precisely. In engineering
concept, the gear must have at leat 12 teeth so the second gear, called
Escapement gear, has 12 teeth in the video which has actually only 6 teeth. And
we want you to watch very carefully how the minute hand gear affects the hour
hand gear with converting gear 2, because even concepts of those concentric hand
gears movement was not easily understood, we costed about 3 days to realize it. In
this film, we do not present the torque of the gears in the bike or watch. With a
piece of paper and a pen, most of you can caluculate it with no longer than 10
minutes.
2:17
Technical Artist Reel 2013
- Pistons and tread rigging (with MEL Expression)
- Quadruped rigging (with Dynamics)
- Me...
published: 12 Jul 2013
author: Moe Myint Htet
Technical Artist Reel 2013
- Pistons and tread rigging (with MEL Expression)
- Quadruped rigging (with Dynamics)
- Mechanical joints rigging
0:05
Mechanical Dynamics
Short clip I made using dynamics and several reflective surfaces in Cinema 4d. It's got a ...
published: 27 Feb 2011
author: MoGrafik
Mechanical Dynamics
Short clip I made using dynamics and several reflective surfaces in Cinema 4d. It's got a feel like a machine collapsing in on itself in slow motion.
Thanks for checking it out!
More of my work available at mografik.com
2:31
Kinetic Sculpture for the BMW Museum, Munich 2008
The "Kinetic Sculpture" metaphorically translates into space the form-finding process of v...
published: 05 Jan 2010
author: ART+COM
Kinetic Sculpture for the BMW Museum, Munich 2008
The "Kinetic Sculpture" metaphorically translates into space the form-finding process of vehicle design. The interplay of mechanical and electronic components creates a dynamic art piece reflecting the precise exchange between a great number of individual elements and the single, coherent picture that emerges from them.
Attached by thin steel wires to individually-controlled stepper motors, 714 metal spheres move up and down, seemingly levitating.
Youtube results:
3:21
Welcome | Mechanics
http://wd-central.com - This video is part of the Wealth Dynamics ePowerPack for Mechanics...
published: 04 Dec 2009
author: Wealth Dynamics
Welcome | Mechanics
Welcome | Mechanics
http://wd-central.com - This video is part of the Wealth Dynamics ePowerPack for Mechanics. There are eight paths to wealth. We each have one natural path. W...- published: 04 Dec 2009
- views: 3188
- author: Wealth Dynamics
9:29
Newtonian Mechanics, Dynamics O LEVEL ,GCSE Physics
...
published: 10 Aug 2011
author: Nawab Naeem
Newtonian Mechanics, Dynamics O LEVEL ,GCSE Physics
Newtonian Mechanics, Dynamics O LEVEL ,GCSE Physics
- published: 10 Aug 2011
- views: 1425
- author: Nawab Naeem
20:43
Dynamics with SymPy Mechanics; SciPy 2013 Presentation
Authors: Moore, Jason, University of California at Davis Track: General The SymPy Mechanic...
published: 02 Jul 2013
author: EnthoughtMedia
Dynamics with SymPy Mechanics; SciPy 2013 Presentation
Dynamics with SymPy Mechanics; SciPy 2013 Presentation
Authors: Moore, Jason, University of California at Davis Track: General The SymPy Mechanics package was created to automate the derivation of the equations o...- published: 02 Jul 2013
- views: 212
- author: EnthoughtMedia
10:26
(8) Dynamics Overview - M1 Mechanics Revision - Pulley - connected particles problem
PLEASE NOTE: This video assumes you have done the basic work on the topic. This is a revie...
published: 11 Nov 2011
author: maths247
(8) Dynamics Overview - M1 Mechanics Revision - Pulley - connected particles problem
(8) Dynamics Overview - M1 Mechanics Revision - Pulley - connected particles problem
PLEASE NOTE: This video assumes you have done the basic work on the topic. This is a review section. Please see the basic tutorials if you are new to the topic.- published: 11 Nov 2011
- views: 1023
- author: maths247