This is a 3D model of a replica of the leaning tower of Pisa! This famous torre illustrates the most popular and characteristic monument of Pisa and I got it as a souvenir, when I visited Italy. This 3D model is a project built within the course of “Digitization Technologies, Techniques and Applications”. Leaning Tower of Pisa, alternatively “Italian Torre Pendente di Pisa” is a medieval freestanding bell tower, of the cathedral of the Italian city of Pisa, famous for the settling of its foundations, which caused it to lean 5.5 degrees (about 15 feet [4.5 metres]) from the perpendicular in the late 20th century. Extensive work was subsequently done to straighten the tower, and its lean was ultimately reduced to less than 4.0 degrees. The tower is included in the Piazza del Duomo UNESCO World Heritage Site, which was declared in 1987. Today, it is one of the most touristic attractions in Italy and a great site to take creative pictures.
Source: https://www.britannica.com/topic/Leaning-Tower-of-Pisa

Leaning tower of Pisa

The Cathedral and Metropolitical Church of Saint Peter in York, commonly known as York Minster, is the cathedral of York, England, and is one of the largest of its kind in Northern Europe. The minster was completed in 1472 after several centuries of building. It is devoted to Saint Peter, and has a very wide Decorated Gothic nave and chapter house, a Perpendicular Gothic quire and east end and Early English North and South transepts. The nave contains the West Window, constructed in 1338, and over the Lady Chapel in the east end is the Great East Window (finished in 1408), the largest expanse of medieval stained glass in the world. In the north transept is the Five Sisters Window, each lancet being over 53 feet (16.3 m) high.

Processed in Agisoft Metashape in August 2020 using frames from a youtube video.

York Minster (Cathedral Only)

For complete workflow compatibility, we recommend downloading the Original format.The viewer version is intended exclusively for browser preview. In the source file, the following are fully preserved:✔ native scene structure✔ unsimplified materials✔ accurate texture maps✔ original object namesIf you are going to integrate the model into a project, download the original version.Plug floor step light for exterior like SIMES S5693N lamp. With IES data. Use with Meshmachine 0.10.0 can automatic integrated into the surface model or use manual mode. Setup light in 0 Off and 1 ON. Select handle mesh use g and crtl mouse to move it over the surface perpendicular to the normal. Viewhttps

Like Simes S5693n

This 3D model represents a flange bearing housing component commonly used in mechanical systems to support rotating shafts. The design includes a circular mounting flange with bolt holes and a perpendicular cylindrical housing designed to hold a bearing.

Such components are widely used in industrial machinery, power transmission systems, and mechanical assemblies to provide structural support and alignment for rotating parts.

This model demonstrates:

Mechanical housing design

Flange mounting structure

Bearing support geometry

CAD-based mechanical component modeling

Created for engineering visualization and CAD practice.

Flange Housing

This 3D model demonstrates a bevel gear mechanism designed and animated in Autodesk Inventor.

Bevel gears are used to transmit power between shafts that intersect, typically at a 90-degree angle. This mechanism shows how rotational motion is transferred efficiently between two perpendicular shafts.

Key features of this model:

Accurate bevel gear geometry

Smooth gear motion animation

Designed using Autodesk Inventor CAD

Demonstrates mechanical power transmission

Applications of bevel gears include:

Automotive differentials

Industrial machinery

Gearboxes

Mechanical power transmission systems

Bevel Gear

**Cranium:**
Frontal Bone: Supraorbital margin, Glabella
Parietal Bones
Temporal Bones: Mastoid process, Zygomatic process, Styloid process, external auditory meatus, Jugular Foramen, Carotid Canal, Mandibular Fossa
Occipital Bone: Foramen magnum, Occipital Condyles, External occipital protuberance
Sphenoid Bone: Sella Turcica (hypophyseal fossa), Greater and lesser wings, foramen rotundum, foramen ovale, foramen spinosum
Ethmoid Bone: perpendicular place, crista galli, cribriform plate

**Facial bones:**
Lacrimal
Palatine
Zygomatic
Nasal
Vomer
Hyoid
Maxillary: Alveolar processes/margins, palatine processes 
Mandible: Alveolar processes/margins, mandibular angle, mandibular body, mandibular ramus, mental foramen, mandibular foramen, mandibular condyle, coronoid process, mandibular notch

**Extra features/structures
Sutures**: 
Coronal, Squamous, Lambdoid, Sagittal 
Bones that make up the orbit
Paranasal sinuses
Hard palate
Nasal Septum
Temporomandibular joint

Skull Lab BIOL2213L

Plug Renaissance style niche plug in concrete for exteriors and interiors. Use with Meshmachine 0.10.0 can automatic integrated into the surface model or use manual mode. Select handle mesh use g and crtl mouse to move it over the surface perpendicular to the normal. Viewhttps

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