Add to ORKGSingle molding process ensures that plastic parts /of a given mechanical design/ produced from a conventional thermosetting molding compound will have a maximum tensile strength. The process can also be used for other thermosetting compounds to produce parts with improved physical properties
A grooved capstrip, to straddle the metal edges of regenerative cooling channels, increases the stre...
Compound-contoured sheet metal structure development is aided by hot-drape forming, a method combini...
Characteristics of foamed-in-place ceramic refractory insulating material and method of fabricatio
Process permits molding of longer, thinner bodies, such as cylindrical rocket motors, while maintain...
A process is described for producing shaped articles of imidazopyrrolone polymers comprising molding...
This invention improves upon a method for molding structural parts from preform material. Preform ma...
Ceramic and filled-plastic materials used for fabrication of tiles are relatively brittle and easily...
Polyimidazopyrrolone polymers, formed by the condensation of aromatic dianhydrides with aromatic tet...
Method provides precise alignment for metal-forming dies while permitting minimal thermal expansion ...
Filler material is removed by applying steam heat at 88.99 C to underside of workpiece and allowing ...
All available newly developed nonmetallic thermally stable polymers were examined for the developmen...
Transfer, injection, and compression in pressure molding for electronic component
Particulate, fused amorphous silica is formed into complex shapes by casting in plaster molds. High ...
Technique utilizes characteristic of room-temperature vulcanizing rubber (RTV) which expands readily...
Demonstration was performed to experimentally assess the potential advantages in the processing of m...
A grooved capstrip, to straddle the metal edges of regenerative cooling channels, increases the stre...
Compound-contoured sheet metal structure development is aided by hot-drape forming, a method combini...
Characteristics of foamed-in-place ceramic refractory insulating material and method of fabricatio
Process permits molding of longer, thinner bodies, such as cylindrical rocket motors, while maintain...
A process is described for producing shaped articles of imidazopyrrolone polymers comprising molding...
This invention improves upon a method for molding structural parts from preform material. Preform ma...
Ceramic and filled-plastic materials used for fabrication of tiles are relatively brittle and easily...
Polyimidazopyrrolone polymers, formed by the condensation of aromatic dianhydrides with aromatic tet...
Method provides precise alignment for metal-forming dies while permitting minimal thermal expansion ...
Filler material is removed by applying steam heat at 88.99 C to underside of workpiece and allowing ...
All available newly developed nonmetallic thermally stable polymers were examined for the developmen...
Transfer, injection, and compression in pressure molding for electronic component
Particulate, fused amorphous silica is formed into complex shapes by casting in plaster molds. High ...
Technique utilizes characteristic of room-temperature vulcanizing rubber (RTV) which expands readily...
Demonstration was performed to experimentally assess the potential advantages in the processing of m...
A grooved capstrip, to straddle the metal edges of regenerative cooling channels, increases the stre...
Compound-contoured sheet metal structure development is aided by hot-drape forming, a method combini...
Characteristics of foamed-in-place ceramic refractory insulating material and method of fabricatio