Grand Billiards
Grand Billiards combine exciting game play options and social media enhancements with stunning, detailed graphics, to brings pool into a true 3-D environment. The game has accurate physics, allowing players to apply spin to balls and even jump the cue ball. Games enable multiple perspectives, allowing users to intuitively control how they view the game, choose multiple camera perspectives and zoom in and out.
Free download from website!!    www.grandbilliards.com

Penumbra: Overture
Winner of Swedish independent game of the year 2007 award!!Penumbra Overture is an innovative first person survival horror game using advanced physics interaction. Instead of relying on combat as the main gameplay, Penumbra focuses on puzzles and exploration, using wits to fight off enemies, rather than brute force, creating a unique experience and surreal atmosphere of a scary game world.   official_trailers 
Playable demo available on website !!http://frictionalgames.com/

Evolution of Prehension Ability in Anthropomorphic Robotic Arm
This page contains support material of the paper "Evolution of Prehension Ability in Anthropomorphic Robotic Arm" submitted to the "Frontier to Neuro-Robotics". In particular, we provide an exaustive list of video showing the robot in action. Newton Game Dynamics is used for simulate accuratly the dynamic of the world and the robotic arm. By:
Gianluca Massera, Angelo Cangelosi and Stefano Nolfi  videos and more detail here publication

Truevision3D
TV3D boasts built-in physics powered by Newton Game Dynamics, complete with joints, interaction materials, events, ragdoll, and vehicle support. With the ability to control the precision of the solver, choose the fricton model, and set your own time-steps you have full control of the physics simulation Truevision3D

SketchyPhysics
Physics For Google Sketchup.
SketchyPhysics is a plugin for Sketchup. It combines a simple and easy to use interface with the power of a fast and accurate physics library (Newton SDK). 3dwarehouse sketchyphysics.com

The application of artificial inteligence to solve a physical puzzle
This thesis presents the design, development, and implementation of an intelligent agent capable of solving a physical puzzle. The puzzle is a three dimensional maze in which a marble must be moved from its starting point to a target cell in the opposite corner. A control scheme is designed to enable the agent to perform the physical moves to be simulated.
Dana Cremer, Department of Mathematical Sciences, Indiana University South Bend RelatedWhitePaper

Exploded Views for Volume Data
Exploded views are an illustration technique where an object is partitioned into several segments. These segments are displaced to reveal otherwise hidden detail. Our approach employs a force-based model: the volume is divided into a part configuration controlled by a number of forces and constraints.
Stefan Bruckner and M. Eduard Gr ¨oller, Member, IEEE Computer Society RelatedWhitePaper

Evolutionary Design of Buildable Objects with BlindBuilder : an Empirical Study
Evolutionary Design addresses the issue of automatic design of buildable structures and objects with the use of Evolutionary Computation. This field has been growing along with the availability of more and more powerful computers. Major achievements in this field range from evolved creatures[14, 12, 2] to the design of satellite antennas that were actually launched in space [5] and various designs of everyday objects (e.g. chairs) and/or structures[1, 9, 7, 13] (e.g. brigdes, walls, etc.).
Alexandre Devert, Nicolas Bredeche, and Marc Schoenauer
TAO team - INRIA Futurs - LRI, Bat 490 - Universit´e Paris-Sud - France RelatedWhitePaper

Cloth Simulation with a Rigid Body Physics Engine This paper describes the modification of a rigid body physics engine to simulate an elastically deformable object – cloth. Cloth is approximated as a grid of rigid body components connected by virtual damped-springs. The motion of the cloth is simulated, by the physics engine, using discrete integration of the laws of dynamics governing the behavior of these rigid bodies.
Sheldon Andrews DISCOVER Lab, University of Ottawa Ontario, Canada sandr071@site.uottawa.ca RelatedWhitePaper

Quest3D 4.0
Simon Sadler of October Tide ltd. has been developing the "Newton For Quest" plug-in for quite some time now and we were very pleased with the results. Fortunately we were able to transfer the project to Quest3D so we can provide this great physics engine to our users without any additional licensing. www.quest3d.com

Mixed-Reality Billiards
The goal of this work is to describe a prototypical system for more natural, non-invasive, interaction techniques. These interactions are analyzed in real-time, and are used to drive the user interface to a billiards simulation.
Brian Hammond, Ivan G. Seidenberg School of CSIS, Pace University bh72680w@pace.edu website  RelatedWhitePaper

SimuLynx Rig Skills
This product addresses the learning needs and competencies from the Junior floor hand right up to operator level. For this product, Terris-Hill is using a first person perspective in a 3D environment, which gives the learner an immersive hands-on experience during training. Video:  SimuLynx_trailer SimuLynx Rig Skills