Found 5975 related files. Current in page 30
The automotive marketplace has seen a steady increase in customer demands for quiet and more comfortable vehicles. A customer’s expectations for NVH refinement often contradicts the constraints for lightweight vehicle designs and the need for a powertrain with increased fuel efficiency. The driveline of a vehicle can be a substantial cause of NVH issues. Variants in the driveline architecture (front wheel, rear wheel and four-wheel/all-wheel drive, automatic-, manual-, automatic-shifted manual transmission, etc.) combined with an overall increase in the complexity of the modern driveline systems can make the task of integrating them very challenging. Development of a well refined vehicle requires the understanding and control of several driveline-related noise and vibration problems within different frequency ranges, due to the multitude of driveline components and their potential excitation sources.. A key aspect of the driveline integration process is the realization that a design modification can have an impact on numerous NVH phenomena.
Within the mining industry an increasing trend in equipment design towards larger, more complex and more productive units is being experienced. As equipment grows in both size and capital cost, so downtime reflects not only in increasing maintenance costs, but also in greater loss of production by an idle unit. This has resulted, therefore, in an increasing interest in maintenance schemes that allow maximum operating life. The one viable solution to this is predictive maintenance - measuring machine condition and repairing when and only when measurements indicate it necessary. in a number of the vital phases of the mining operation, with some impressive results. On the s h o v e l s used for ore excavation, the condition of the motorgenerator set, the hoist and swing transmission, and the hoist's Magnetorque® drive are monitored. On the h a u l a g e t r u c k s used for transporting the ore to the primary crushing plant, the monitoring programme cov~ ers the diesel engine and generator. In the mine's c o n c e n t r a t o r , the autogeneous mills, pumps and conveyors are covered.
The late '80s and '90s were a great time for sports cars. This was the golden age of vehicle design, when manufacturers were just coming into tune with what drivers really wanted. They wanted a great combination of technology, power, and handling. During this time, the Japanese were coming out with vehicles that included as many gadgets and technological advances as they could throw at their cars in an attempt to woe their target audiences into purchasing their cars above their rival's cars. Advances such as ABS, TCS, turbochargers, on-the-fly adjustability, and many other bells and whistles were being introduced to the public for the first time, and it was all incredibly exciting. But the Japanese were separating themselves from other developers in that they never forgot to inject the true passion for driving that needed to be communicated directly to the drivers of their vehicles. The body designs were so beautiful that when you saw them, you would’t forget ...
http://www.4floors.com/services/ | Faulty design, wear and tear, and other issues can make concrete floors a slip and fall hazard. 4 Floors can help property owners identify floor problems and suggest strategies for mitigation.
When drafting the creative brief and this goes for website design and Development, start with the end user and work your way backwards, ask yourself "what needs to happen to make this possible". For example: How is payment taken: cash, card, over the phone, on the internet. Each of these has server transaction elements to execute.
Jeanne A. Boichat Eligibility Technician 600 Mt. Pleasant Avenue Providence, RI 02908-1991 (401) 456-8212 firstname.lastname@example.org www.ric.edu 2007-2009 CATALOG Bachelor of Arts African/Afro-American Studies Anthropology Art-Studio (Ceramics, Graphic Design, Metalsmithing and Jewelry, Painting, Photography, Printmaking, Sculpture) Art History Biology Chemistry Communications (Graphic Communications, Public and Professional Communication, Public Relations, Speech and Hearing Sciences, Mass Media Communications Computer Science Dance Performance Economics Elementary Education w/ content majors (English, French, General Science, Geography, History, Mathematics, Political Science, Social Studies, Spanish, Theatre) Elementary Education w/ majors (Biology, Chemistry, Economics, Physics) English Film Studies French Geography History Justice Studies (Criminal Justice, Justice and Society) Labor Studies Latin American Studies Mathematics Music Philosophy Physics Political Science Political Science (Public Administration) Psychology Secondary Education (Anthropology, Biology, Chemistry, English, French, General Science, Geography, History, Mathematics, Physics, Political Science, Social Science, Sociology, Spanish) Sociology Spanish Spanish (Latin American Studies) “NEW” Theatre (Design/Technical, General Theatre, Musical Theatre, Performance) Women’s Studies Bachelor of Fine Arts Art Studio (Painting / Printmaking, Photography / Graphic Design, Sculpture / Ceramics / Metalsmithing and Jewelry) Bachelor of General Studies Bachelor of Music in Performance Bachelor of Social Work Bachelor of Science Accounting Art Education Chemical Dependency/Addiction Studies Chemistry Clinical Laboratory Science Computer Information Systems Computer Science
perators... are increasingly recognizing the need for a systematic assessment and management of flexible pipe integrity, but the identification of critical criteria and the means to best achieve valid and efficient inspection and monitoring (I&M) continues to evolve. Emerging technologies in I&M and operators’ expanding implementation of riskbased management are leading the way toward achieving a comprehensive integrity management approach for flexible pipeline and riser systems worldwide. Flexible pipes are being installed and operated in more marginal and challenging offshore conditions, adding to the complexity of acquiring complete and valid data for the determination of their integrity. Especially important is the accurate assessment of the remaining life of a flexible riser so operators can avoid costly premature change outs. To further develop the definition of best practices in flexible pipe integrity assurance, the SureFlex Joint Industry Project (JIP) presented key findings from its extensive 20-month-long survey work, including flexible pipe use worldwide, statistics on design limits, damage, and failure incidences. Conducted under the auspices of the Oil and Gas UK, a trade association for the United Kingdom upstream oil and gas industry, the “State of the Art Report on Flexible Pipe Integrity and Guidance Note on Monitoring Methods and Integrity Assurance for Unbonded Flexible Pipes (2010)” revisited the state of flexible pipe since the first survey in 2001 to 2002. The scope of work was international in its content and had the support of international companies outside of the UK.
The only choice for phthalate-free f lexible tubing The leading choice in dairy tubing* Transflow S3™ M-34-R from Saint-Gobain Performance Plastics is now phthalate-free. Saint-Gobain is proud to be among the first companies to offer sustainable flexible tubing products. The bio-based Transflow S3™ line combines the high performance standards customers demand with an eco-friendly tubing design. Reduced Maintenance and Inspection Concerns Transflow S3™ M-34-R Tubing is specially formulated to reduce the risks that can occur with the use of rubber tubings. Many regulatory sanitarians throughout the world recognize Transflow S3™ as the preferred tubing for raw milk transfer.* Transflow S3 tubing is entirely clear, allowing for immediate visual inspection and verification of cleanliness. Its smooth, non-porous inner surface reduces the occurrence of buildup from butterfat, milkstones and milksoil and can help to eliminate the possibility of bacteria growth within the milk transport line. ™ Long-lasting Transflow S3™ tubing is extremely flexible and installs quickly and easily around stanchions and milk handling equipment. It resists embrittlement and cracking from oxidation, which often shortens the service life of other tubings.
The only choice for phthalate-free f lexible tubing Dairy and Vacuum Applications Transflow S3™ Vacuum from Saint-Gobain Performance Plastics is now phthalate-free. Saint-Gobain is proud to be among the first companies to offer sustainable flexible tubing products. The bio-based Transflow S3™ line combines the high performance standards customers demand with an eco-friendly tubing design. Reduced Maintenance and Inspection Concerns Transflow S3™ Vacuum tubing is ideally suited for supply air transport. The smooth inner surface is less susceptible to particle entrapment, which can restrict air flow, while crystal clarity permits detection of equipment deficiencies such as backflow of milk into the air lines. Transflow S3™ Vacuum tubing is designed to work in tandem with Transflow S3™ M-34-R to provide a vacuum tube and easy fluid flow within the milking process. The Mark of Quality Every foot of Transflow S3™ Vacuum Tubing has been embedded with a trademark blue stripe within the tubing walls. The embedded blue stripe is your assurance of receiving genuine Transflow ® tubing, the world's finest raw milk tubing produced specifically for the dairy industry.
product, based on a patented PTFE hose liner tube design. Pharmaline is disadvantage designed of currently to overcome available the similar primary products, namely POOR FLEXIBILITY. Although excellent flexibility is often claimed for comparable products, the truth is that they are all considerably less flexible than Pharmaline, particularly in large bore sizes. HOSE TYPES, DESIGNS & APPROVALS Pharmaline GP has a PTFE hose liner tube, manufactured from PTFE For example, the force required to bend a length of 1" bore material in accordance with FDA requirement 21 CFR 177.1550. Pharmaline hose to a 10" (250mm) Bend Radius in a An antistatic option is also available, Pharmaline AS, in accordance U-shape is 77% less than that for its nearest rival product! with the FDA requirement 21 CFR 178.3297. Both Pharmaline GP - 1.8lb (0.82kg) instead of 7.8lb (3.56kg). Pharmaline also and Pharmaline AS have been tested and comply with USP Class 6, has the smallest minimum bend radius. including the Elution (Cytotoxicity) test. Both include grade 304 SS wire braid, and a Platinum Cured white silicone rubber cover (Postcured 4 hours at 200°C in accordance with requirements for USP APPLICATIONS Pharmaline is designed Pharmaceutical, Biotech, for use Chemical in and high purity Foodstuffs application areas where ease of cleaning the hose is required, both internal and external. Class 6). Alternative versions are also available to special order with No Braid (NB), designated Pharmaline GP,NB (or AS,NB), for use in light duty, low pressure applications. Alternative colors of the silicone It is also very suitable for use in other general industrial applications, particularly those where hot fluids or gases are being passed, and if there is any risk of burns due to accidental touching of the hose - for example, hot oil or rubber cover are also available, to special order. Clear, transparent silicone is one alternative, which is USP 6 approved, and permits inspection of the inner braid condition. Other colors are more expensive, and are not USP 6 approved. steam transfer applications. 321 Irving Drive Oxnard, CA 93030 (800) 726-4835 www.sani-techwest.com