Glass casting is an exciting and versatile process involving chunks of molten glass melted into a mould, where it solidifies. This practical book explains the glass casting process, from the initial search for inspiration through to simple and then more complex casting. With step-by-step instructions and supporting photographs, it is an accessible and thorough account of this challenging and beautiful process. Topics covered include: advice on kilns and studio equipment; step-by-step projects in open casting, lost-wax casting, part-mould making, burn-out moulds and core casting; ideas for experimentation to increase the scale of your work, explore surface pattern and use other materials; instruction on de-moulding and finishing, and further tips on reusing materials in the studio. Of great interest to glass designers, glass blowers, craftsmen, jewellers, sculptors and interior designers, it is superbly illustrated with 184 colour photographs. Amy Whittingham is a glass artist and sculpture who specializes in mouldmaking.

An authoritative, extensively illustrated guide to making glass objects in a kiln. Provides detailed information on the history and traditional techniques of using a kiln in glasswork, along with instructions and examples designed to help you understand all the steps each technique requires.

Jayne Persico brings her fresh and timeless style to the art of 'Glass Kiln Casting'. This inspirational yet thoroughly practical guide presents lush photographs of beautifully finished pieces that will capture the imagination. The clear and simple instructions will enable fusers of any skill level to achieve amazing 3-dimensional creations. 'Glass Kiln Casting' is a book offering over 260 colour photographs in 12 chapters that will inspire dozens of exceptional projects. The opening chapter features invaluable information covering frit casting moulds, tools, equipment and kilns, plus an in-depth yet simple approach to working with digital kiln controllers. This book is sure to become a studio favourite that fusers of all levels will refer to time and again. Jayne's take-you-by-the-hand writing style guides crafters through the frit casting process. She'll show you how to make frit cast jewellery, plates and bowls with amazing results that will impress everyone who views your creations.

In paperback at last, this popular guide to kiln-forming glass, melting cut or crushed glass and then shaping it with molds, features 19 beginner-friendly projects. The beautiful and practical items range from home decor, including a wall sconce and fountain, to sculpture and jewellery.

This book is a must for everyone interested in glass, especially artisans and collectors.

"[This book] has a bit of everything. . . . It looks good, both visually (large-scale, hard-back, glossy) and in terms of content."—Glass Art Society News

A triumphant tale of a young woman and her difficult childhood, The Glass Castle is a remarkable memoir of resilience, redemption, and a revelatory look into a family at once deeply dysfunctional and wonderfully vibrant. Jeannette Walls was the second of four children raised by anti-institutional parents in a household of extremes.

Molding tools in precision glass molding fail easily, even with protective thin film coatings applied. In this work, various efficient methods for assessing glass-coating interactions are developed, including a new, automated testing rig. Analysis of the testing results provides a better understanding of these mechanisms and how they are influenced by material properties and process parameters, so that the appropriate measures can be taken to prolong the life of the molding tools.

A temperature and strain rates dependent fracture model is developed based on Weibull statistics to quantitatively describe the brittle-ductile transition of glass fracture in precision glass molding process. Under the assistance of FEM simulation, this fracture model can be used to calculate the fracture probability of glass during the precision glass molding process. Meanwhile, the most probable fracture timing, location of fracture initiation and fracture pattern can be also predicted.