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2016-08-10
WIP Standard
AIR6172A
This test method provides stakeholders (runway deicing chemical manufacturers, deicing/anti-icing chemical operators and airport authorities) with relative ice undercutting capacity of runway deicing chemicals, by measuring the area of ice undercut pattern as a function of time. Such runway deicing chemicals are often also used on taxiways.
CURRENT
2016-08-09
Standard
J45_201608
This SAE Recommended Practice establishes a uniform procedure for the level surface testing of hand-operated brake systems on recreational noncompetitive snowmobiles.
2016-08-08
Article
The dangers of faulty car airbags recently have become all too clear. The product-liability issues associated with airbags and the largest, most costly automotive recall in history make it essential to characterize them thermally at high speeds and with high levels of sensitivity and accuracy.
CURRENT
2016-08-04
Standard
J2869_201608
This report details continuing work examining the fatigue life durability of a US Army Trailer. This report describes, through example, a process to evaluate and reduce the experimental data needed for a Mechanical Systems Physics - of Failure analysis. In addition the report describes the process used to validate the computer simulation models.
CURRENT
2016-08-03
Standard
J2517_201608
This procedure establishes a recommended practice for establishing the sensitivity of the chest displacement potentiometer assembly used in the Hybrid III family of Anthropomorphic Test Devices (ATDs, or crash dummies). This potentiometer assembly is used in the Hybrid III family to measure the linear displacement of the sternum relative to the spine (referred to as chest compression). An inherent nonlinearity exists in this measurement because a rotary potentiometer is being used to measure a generally linear displacement. As the chest cavity is compressed the potentiometer rotates, however the relationship between the compression and the potentiometer rotation (and voltage output) is nonlinear. Crash testing facilities have in the past used a variety of techniques to calibrate the chest potentiometer, that is to establish a sensitivity value (mm/ (volt/volt) or mm/ (mvolt/volt)).
CURRENT
2016-08-02
Standard
J1324_201608
This SAE Recommended Practice provides test methods for determining the characteristics of acoustical and thermal materials. Where applicable, methods of test developed by SAE and ASTM have been referenced.
CURRENT
2016-08-02
Standard
J2413_201608
1.1 This Recommended Practice is for use by contractual parties to verify new xenon arc test apparatus ability to perform SAE J1885, J1960, J2412, J2527, or other as specified. 1.2 This Protocol defines the process for analysis of performance capabilities of candidate xenon arc test apparatus for comparison to current xenon arc test apparatus being utilized by the industry. This will require documentation of the candidate apparatus to: a. Produce the exposure environments as specified in the test method. b. Produce the required degradation in the standard reference material(s) in the specified time frame. c. Produce satisfactory repeatable and reproducible exposure results. d. Produce satisfactory uniform results throughout the specimen exposure region of the test chamber. e. Produce similar degradation in the benchmark test specimens, as agreed upon by contractual parties.
CURRENT
2016-08-01
Standard
AIR6236A
This AIR provides guidance to the EMI test facility on how to check performance of the following types of EMI test equipment: - Current probe - Line Impedance Stabilization Network (LISN) - Directional coupler - Attenuator - Cable loss - Low noise preamplifier - Rod antenna base - Passive antennas All performance checks can be performed without software. A computer may be required to generate an electronic or hard copy of data. This is not to say that custom software might not be helpful; just that the procedures documented herein specifically eschew the necessity of automated operation.
2016-08-01
Magazine
Seeing the Light Achieving Full-Color, Day or Night Readability for Flat-Panel Displays Multiple Node Networking Using PCIe Interconnects PCI Express (PCIe) interconnects, and how they can be used to support multiple node low latency data transfers over copper or optical cables, is gaining momentum in embedded computing solutions. Zero-Emissions Electric Aircraft Theory vs Reality Analyzing Radar Signals With Demodulation Combining Software and Hardware for Highly Specialized Multichannel Spectrum Monitoring Advanced Thermal Management Solutions Thermoelectric Cooling Thermal Ground Planes Thermal Management of Laser Diodes The Effect of Substrate Emissivity on the Spectral Emission of a Hot-Gas Overlayer Process Approach to Determining Quality Inspection Deployment Experimental Setup to Assess Blast and Penetration-Induced Secondary Debris in a Military Operations in Urban Terrain (MOUT) Environment Non-Contact Circuit for Real-Time Electric and Magnetic Field Measurements
2016-07-31
Article
Delphi Automotive on August 1 announced an extensive autonomous-vehicle pilot program in Singapore, aimed at demonstrating cloud-based fully automated mobility on demand (AMoD) capability “at the [SAE] Level 4 performance level” by late 2019.
2016-07-31
Article
Made of steel and aluminum, NASA's Airvolt test stand was designed and fabricated to help researchers anticipate system integration challenges and verify and validate electric propulsion components.
CURRENT
2016-07-27
Standard
J1802/1_201607
This SAE Recommended Practice contains the reference information for SAE J1802.
2016-07-26
WIP Standard
ARP6903
This document is intended to provide guidance to assist users in choosing compatible component finishes/platings to achieve the best corrosion resistance performance for compatible components/couples.
CURRENT
2016-07-26
Standard
AIR1794B
This metric SAE Aerospace Information Report (AIR) details a ball-on-cylinder (BOC) test device and specifies a method of rating the relative lubricity of aviation turbine fuel samples. The BOC produces a wear scar on a stationary steel ball by forcing it with a fixed load against a fuel wetted steel test ring in a controlled atmosphere. The test ring is rotated at a fixed speed so its surface is wetted by a momentary exposure to the fluid under test. The size of the wear scar is a measure of the test fluid lubricity and provides a basis for predicting friction or wear problems.
CURRENT
2016-07-20
Standard
J1409_201607
This SAE Recommended Practice establishes uniform test procedures for air brake systems pneumatic valves with respect to: a. Input-Output Performance b. Leakage Characteristics c. Low Temperature Evaluation d. Elevated Temperature Evaluation e. Corrosion Resistance Evaluation f. Endurance Testing g. Structural Integrity h. Vibration Testing
CURRENT
2016-07-19
Standard
ARP5448/3A
This test method outlines a recommended procedure for performing unidirectional load dynamic testing of self-lubricating bearings at room temperature, elevated temperature or sub-zero temperature, dry or contaminated with fluids. The wear data from these tests is to be used for qualification and to establish bearing design criteria.
2016-07-15
Article
Validation testing of the new 2-step VCR by several OEMs has been successful to date and is expanding, as the industry examines more sophisticated solutions to meet CO2 regulations.
2016-07-15
Article
Mississippi State University's Car of the Future, a hybridized Subaru BRZ with advanced software and 3D-priinted innovations, gets an estimated triple-digit mpg while improving acceleration.
2016-07-13
WIP Standard
ARP4150A
This SAE Aerospace Recommended Practice (ARP) is intended as a guide in establishing inspection procedures to determine the condition of inservice accumulators. A minimum inspection program is recommended to determine the existence of corrosion and damage. Recommendations are also provided for corrective action if it is determined that the environment is contributing to the deterioration of the surface protection system treatments.
2016-07-12
WIP Standard
AMS1428/2
The foundation specification (AMS1428) and the category specifications (AMS1428/1 and AMS1428/2) cover deicing/anti- icing materials in the form of a fluid. 1.1.1 Foundation and Category Specifications The foundation specification establishes the requirements for all Type I deicing/anti-icing fluids and defines the terms Glycol (Conventional and Non-Conventional) and Non-Glycol and contains technical and other requirements that apply to both Glycol (Conventional and Non-Conventional) and Non-Glycol based fluids. The category specification AMS1428/1 covers Glycol (Conventional and Non-Conventional) based fluids whereas the category specification AMS1428/2 covers Non-Glycol based fluids. 1.2 Other Scope Requirements Other Scope requirements are set in AMS1428.
2016-07-12
WIP Standard
AMS1428/1
1.1 Form The foundation specification (AMS1424M) and the category specifications (AMS1424/1 and AMS1424/2) cover deicing/anti-icing materials in the form of a fluid. 1.1.1 Foundation and Category Specifications The foundation specification establishes the requirements for all Type I deicing/anti-icing fluids and defines the terms Glycol (Conventional and Non-Conventional) and Non-Glycol and contains technical and other requirements that apply to both Glycol (Conventional and Non-Conventional) and Non-Glycol based fluids. The category specification AMS1424/1 covers Glycol (Conventional and Non-Conventional) based fluids whereas the category specification AMS1424/2 covers Non-Glycol based fluids. 1.2 Other Scope Requirements Other Scope requirements are set in AMS1424M.
2016-07-07
WIP Standard
AMS3050/5
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/5) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient Calcium Fluoride. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/5 covers anti-seize greases conforming to AMS 3050 and using a Calcium Fluoride anti-seize additive.
2016-07-07
WIP Standard
AMS3050/4
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/4) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient Calcium Fluoride. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/4 covers anti-seize greases conforming to AMS 3050 and using a Calcium Fluoride anti-seize additive.
2016-07-06
WIP Standard
AMS3050/11
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/11) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient PTFE. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/11 covers anti-seize greases conforming to AMS 3050 and using a PTFE anti-seize additive.
2016-07-06
WIP Standard
AMS3050/10
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/10) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient Paraffin Oils. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/10 covers anti-seize greases conforming to AMS 3050 and using a Paraffin Oils anti-seize additive.
2016-07-06
WIP Standard
AMS3050/13
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/13) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient Copper+Graphite+Aluminum. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/13 covers anti-seize greases conforming to AMS 3050 and using a Copper+Graphite+Aluminum anti-seize additive.
2016-07-06
WIP Standard
AMS3050/12
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/12) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient Nickel and Graphite. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/12 covers anti-seize greases conforming to AMS 3050 and using a Nickel and Graphite anti-seize additive.
2016-07-06
WIP Standard
AMS3050/15
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/15) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient Graphite+Calcium Fluoride. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/15 covers anti-seize greases conforming to AMS 3050 and using a Graphite+Calcium Fluoride anti-seize additive.
2016-07-06
WIP Standard
AMS3050/14
1. SCOPE 1.1 Form The foundation specification (AMS 3050) and this category specification (AMS 3050/14) cover anti-seize greases conforming to the requirements but using the anti-seize ingredient Stainless Steel+Graphite+Aluminum. 1.1.1 Foundation and Category Specifications The foundation specification establishes the main requirements for all anti-seize greases conforming to the foundation specification. The category specification AMS 3050/14 covers anti-seize greases conforming to AMS 3050 and using a Stainless Steel+Graphite+Aluminum anti-seize additive.
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