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Friday, November 20, 2009

Helicopter - 3dmodels


Although fixed-wing aircraft receive all the attention by most historians, helicopter flight was the first flight envisioned by man. In fact, the ancient Chinese were playing with a hand-spun toy that rose upward when revolved rapidly and as early as the mid 1500's, the great Italian Leonardo Da Vinci had used his fertile mind to make drawings of a machine that we now know as the helicopter.
His design, like many others to follow, would work theoretically but would have been impractical in full-sized form.
Many extraordinary models were developed by an ever increasing number of great thinkers, but all the pioneers were missing two essentials: a true understanding of the nature of lift and an adequate engine.
The beginning of the 20th century saw the pioneers experimenting and resolving many of the problems that appeared with each advancement. The old saying,"One step forward and two steps back," was the order of the day for the early pioneers. Dissymmetry of lift, the action that tended to cause the early helicopters to flip over, confounded the early pioneers until the invention of the swashplate. The swashplate, with cyclic pitch control allowed the rotor blade angles to be altered so that lift would be equal on each side of the central shaft.
However, there were many problems that had not been worked out on any one individual helicopter. Then on November 13, 1907, the French pioneer Paul Cornu lifted a twin- rotored helicopter into the air entirely without assistance from the ground for a few seconds.
After that, several models were produced by many designs but there were no more great advances until another French pioneer, Etienne Oehmichen, became the first to fly a helicopter a kilometer in a closed circuit in 1924. It was a historic flight taking 7 minutes and 40 seconds.

Advances began to come fast and furious. One of the more important advances in the development of vertical flight was made by the Spaniard Juan de la Cierva. His design, called the autogyro, was not a true helicopter but his contribution was very important.
By 1936, many of the problems had solutions and with the introduction of the German Focke-Wulf Fw 61, the first practical helicopter was a reality. Vertical flight was not a dream anymore.
This historical evolution of rotary wing aircraft is dedicated to all those that were involved in the development of the most versatile vehicle known by man and exists due the enormous help of so many people from all around the world (History).
Helicopter 3d models
Highly detailed exterior & low detailed interior. Fully uv mapped body. Only Max and 3ds formats have materials. Max versions ready to render. Max8-standard mats, Max10-Archshader mats. 4k texture size and UV template.

Thursday, November 19, 2009

Crane 3dmodels

A crane is a machine that is capable of raising and lowering heavy objects and moving them horizontally. Cranes are distinguished from hoists, which can lift objects but that cannot move them sideways. Cranes are also distinguished from conveyors, that lift and move bulk materials, such as grain and coal, in a continuous process. The word crane is taken from the fact that these machines have a shape similar to that of the tall, long-necked bird of the same name.

Human beings have used a wide variety of devices to lift heavy objects since ancient times. One of the earliest versions of the crane to be developed was the shaduf, first used to move water in Egypt about four thousand years ago. The shaduf consists of a long, pivoting beam balanced on a vertical support. A heavy weight is attached to one end of the beam and a bucket to the other. The user pulls the bucket down to the water supply, fills it, then allows the weight to pull the bucket up. The beam is then rotated to the desired position and the bucket is emptied. The shaduf is still used in rural areas of Egypt and India.
As early as the first century, cranes were built that were powered by human beings or animals operating a treadmill or large wheel. These early cranes consisted of a long wooden beam, known as a boom, connected to a rotating base. The wheel or treadmill powered a drum, around which a rope was wound. The rope was connected to a pulley at the top of the boom and to a hook that lifted the weight.(history)

3dmodels
Crane. Wharf Crane
Rigged and animated giant Wharf Crane.
Full true visible detail.
All details are polygonal: no texture maps except for procedural noise/bump etc.
FULLY RIGGED
IN MAX AND MAYA VERSIONS
Includes 3 animation controls: hook lift, hand lift, body rotation.
All appropriate cables/movable joints are constrained and move accordingly without any additinal adjustment.
All elements are properly parented to BASE - so you can import, scale/rotate/move the whole structure keeping all active constraints.
CONTROLS:
IN MAX: 3 named sliders
IN MAYA: 2 circles and 1 arrow - names start with 'CONTROL'

ALL OTHER versions/formats:
Aligned to world axis.
All necessary parts for rigging/animation are separated, properly named, positioned and aligned.
Originally was modelled in MAX.
Previews were rendered in MAX9, FinalRender rendererFinalShaders.
All other formats were exported, tested and adjusted in respective software.
MAX version includes 2 render setups:
MAX9.FinalRender rendererFinalShaders used for previews
MAX9.Scanline rendererRaytrace materials.
All objects in all formats are properly named and grouped - clear structure.
All materials in all formats are properly named and assigned.
Price : $175 (add to cart)

Oil Gas Platform 3dmodels


An offshore platform, often referred to as an oil platform or an oil rig, is a large structure used to house workers and machinery needed to drill wells in the ocean bed, extract oil and/or natural gas, process the produced fluids, and ship or pipe them to shore. Depending on the circumstances, the platform may be fixed to the ocean floor, may consist of an artificial island, or may float.

Most offshore platforms are located on the continental shelf, though with advances in technology and increasing crude oil prices, drilling and production in deeper waters has become both feasible and economically viable.
A typical platform may have around thirty wellheads located on the platform and directional drilling allows reservoirs to be accessed at both different depths and at remote positions up to 5 miles (8 kilometers) from the platform.
Remote subsea wells may also be connected to a platform by flow lines and by umbilical connections; these subsea solutions may consist of single wells or of a manifold centre for multiple wells.(History)
Description
Complete highly detailed oil/gas platform, with cranes, containers, pipes, helicopter pad, torch.
Technical Note
Max Format:
272808 Polygons.
Obj Format:
272838 Polygons.
3ds Format:
503371 Polygons.
Previews rendered in XSI.
Price $ 139.95 (add to cart)

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