A SET OF TURING COMPLETE MECHANICAL LOGIC ELEMENTS AND A SIMPLE LOGIC CIRCUIT
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Engineering - Mechanical and civil engineering, Ma↗
Engineering topics
Panas, R M
Publications and source records attributed to Panas, R M.
Design, Fabrication, and Signal Propagation Characteristics of Micro-Mechanical Logic Elements
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Engineering - Mechanical and civil engineering, Ma↗
Design, fabrication, and signal propagation characteristics of micro-mechanical logic elements
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Engineering - Mechanical and civil engineering, En↗
A study of Micro-Mechanical Logic Elements
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Engineering↗
A study of Micro-Mechanical Logic Elements
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Engineering↗
Characterization of Photothermomechanical Piston Motion in Micromirror Flexure Structures
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Engineering - Mechanical and civil engineering, La↗
Error Budgeting Analysis for X-ray Systems Using a 0D Uncertainty Model
Abstract not provided
47 OTHER INSTRUMENTATION↗
Uncertainty Quantification of an X-ray Computed Tomography System
Abstract not provided
47 OTHER INSTRUMENTATION↗
Additive Fabrication of 3D Structures by Holographic Lithography
Abstract not provided
42 ENGINEERING↗
Overview and Comparison of Spatial Light Modulator Calibration Methods
Abstract not provided
42 ENGINEERING↗
Planar Microparticle Assembly and Photopolymerized Joining with Holographic Tweezers
Abstract not provided
42 ENGINEERING↗
Categorization and Review of Existing Micro-mirror Array Technologies
Abstract not provided
42 ENGINEERING↗
Hybrid Additive and Microfabrication of an Advanced Micromirror Array
Abstract not provided
42 ENGINEERING↗
Study of accuracy of parts produced using additive manufacturing
Abstract not provided
42 ENGINEERING↗
Eliminating Parasitic Error in Dynamically Driven Flexure Systems
Abstract not provided
42 ENGINEERING↗
A Family of Flexures That Eliminate Underconstraint in Nested Large-Stroke Flexure Systems
Abstract not provided
42 ENGINEERING↗
Design of Flexure-based Precision Transmission Mechanisms using Screw Theory
This paper enables the synthesis of flexure-based transmission mechanisms that possess multiple decoupled inputs and outputs of any type (e.g. rotations, translations, and/or screw motions), which are linked by designer-specified transmission ratios. A comprehensive library of geometric shapes is utilized from which every feasible concept that possesses the desired transmission characteristics may be rapidly conceptualized and compared before an optimal concept is selected. These geometric shapes represent the rigorous mathematics of screw theory and uniquely link a body's desired motions to the flexible constraints that enable those motions. This paper's impact is most significant to the design of nano-positioners, microscopy stages, optical mounts, and sensors. A flexure-based microscopy stage was designed, fabricated, and tested to demonstrate the utility of the theory.
42 ENGINEERING↗