Kansas State University

Engineering and Manufacturing

Kansas State University'sAdvanced Manufacturing Institute,Manufacturing Learning Center, and Engineering College reflect the University's commitment to advanced engineering research and the development of technological products and processes. The technologies in this area are devices and techniques that are useful as components of engineering or production/manufacturing systems. Instrumentation and measurement devices are also included.

To view a brief description or request further information about a specific technology, click on its title below.

• Flexible, High-Performance Battery Anode Comprising of Free-Standing Graphene-SiOC Composite Paper (13-11)

• Rapid, Portable, Non-Contact Modular Sensor for Surface Strain Measurement (12-12)

• One-Step, Easy Process for Synthesizing Boron-Modified Polyureasilazane Polymer, a Precursor to High Temperature Resistant Ceramic-Carbon Nanotube Composites (12-08)

• Thermally Stable, Transparent, Pressure Sensitive Adhesives from Plant Oils (11-02)

• Production of Graphene Nanoribbons with Controlled Dimensions and Crystallographic Orientation (09-18)

• Temperature Feedback Control for Long-Term Carrier-Envelope Phase Locking (09-11)

• Active Air Control (08-06)

• Variable Geometry Turbocharger (VGT) (08-04)

• A Nondestructive Method to Detect Whether a Certain Type of Material is Present Inside an Object from a Standoff Distance (07-17)

• Improved Fluidized Bed Precipitator (07-15)

• Method and System for Vehicular Guidance Using a Crop Image (06-24)

• Non-Streaming Perforated Semi-Conductor Neutron Detector and Dosimeter and Method of Making the Same (06-17)

• Activation of Subtilisin Carlsberg in the Hexane by Lyophilization in the Presence of Fumed Silica (04-11)

• Method and Apparatus for Use of III-Nitride Wide Bandgap Semiconductors in Optical Communications (02-31)

• High Strength Plastics from Reactive Blending of Starch & Polylactic Acids (99-23)