By Peter Hyatt, Jenny Hyatt
In nice Glass constructions , Peter and Jennifer Hyatt current fifty exemplary smooth initiatives that discover a couple of theories concerning the nature, mystique and appeal of glass within the structure of contemporary years. Variously appearing roles that come with giftwrap, light-weight armour, transmitter and insulator, glass begun its re-emergence as an architectural strength in the course of the Nineteen Nineties, as an emblem of recent modernism. Advances in glass-making and building know-how and the arrival of structural glazing, solving platforms, glass coatings and water-resistant connections have remodeled the bold goals of the prior into fact. together with tasks by means of Foster and companions, Murphy Jahn, Santiago Calatrava, Shigeru Ban, Renzo Piano and so forth, this publication unearths the advanced nature of glass in today's structure.
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Additional resources for Designing with Glass: Great Glass Buildings
Example text
The articular eminence forms the anterior part of the articular fossa. Because of the slightly forward pull of the elevator muscles, the condyles are always held firmly against the eminence (with the disk interposed). Of great importance is the strongly convex contour of the eminence. Since the anterior aspect of the condyle is also convex, one can see the purpose and the importance of the biconcave articular disk that fits between the two convex surfaces. Because of its position between the condyle and the temporal bones, the disk divides the joint into an upper and a lower compartment.
This means that the lateral poles of the condyles must translate, even if the medial poles are rotating around a fixed axis (as occurs in centric relation). FIGURE 5-3 The condyle-disk assemblies are braced at the midmost, uppermost position by compression of the medial third of the condyle-disk assembly against the medial apex of each triangular fossa. To resist the inward, upward pressure from the internal pterygoid muscles, the fossae are heavily buttressed with bone in line with the direction of load.
This erroneous depiction of the TMJs represents one of the most prevalent causes for confusion. Everything about the design of the TMJs points to a capacity to accept compressive loading as the fulcrum for the mandibular lever. All of the load-bearing structures of the TMJ are built to accept the loading forces as long as the condyle and disk are properly aligned for the forces to be directed through their loadbearing zone. Sieber' described the character of these tissues as anatomic and histologic evidence that the TMJs were made to be load bearing.