People will naturally start trusting you when they see you dealing with situations in a reliable and consistent way.
Reliance is like a mirror.. Once it's bursted then how hard you try to initiate that is not happen.
So always be a reliable person.
Don't hurt others heart.
Myself is an Immense Dynamo
Peace, Joy, Love, stability, credence
And my credibility is not so Cheap
that anyone can take upon,
I am a complete walking Bombshell,
I m good until I am Me, I am Destructive when you treat me like nothing. ✌
रिलेबल (Rilebal ) मीनिंग : Meaning of रिलेबल in English - Definition and Translation
- रिलेबल Meaning
रिलेबल MEANING IN ENGLISH
Meaning for word ( रिलेबल ) is not available. Know correct spelling of रिलेबल
इस शब्द को हिंखोज कम्युनिटी में पूछने के लिए - यहाँ क्लिक करें
रिलेबल MEANING - NEAR BY WORDS
उदाहरण : फोर्ट रिलेCity name (optional, probably does not need a translation)
Usage : A relay station receives signals and transmitts them again with greater strength.
Usage : Einsteins theory of the universe,which states that all motion is relative and treats time as a fourth dimension रिलेबल स्ट्रेंथ related to space.
Tell me what is the relativity of water and mercury.
Information provided about रिलेबल ( Rilebal ):
रिलेबल (Rilebal) meaning in English (इंग्लिश मे मीनिंग) is RELAY (रिलेबल ka matlab english me RELAY hai). Get meaning and translation of Rilebal in English language with grammar, synonyms and antonyms by ShabdKhoj. Know the answer of question : what is meaning of Rilebal in English? रिलेबल (Rilebal) ka matalab Angrezi me kya hai ( रिलेबल का अंग्रेजी में मतलब, इंग्लिश में अर्थ जाने)
Tags: English meaning of रिलेबल , रिलेबल meaning in english, रिलेबल translation and definition in English.
English meaning of Rilebal , Rilebal meaning in english, Rilebal translation and definition in English language by ShabdKhoj (From HinKhoj Group). रिलेबल का मतलब (मीनिंग) अंग्रेजी (इंग्लिश) में जाने |
My Jump 2 4+
*****Designed by sport scientists. Validation published on the Journal of Strength & Conditioning Research and Journal of Sports Sciences*****
***Featured by Apple under ‘Best New Apps’ in 100+ countries***
***The only app which calculates the force-velocity profile using the groundbreaking Samozino’s method***
My Jump 2 is the first app scientifically developed to measure your jump height. With a great design and validated by sport scientists, My Jump 2 is as reliable as a 10000$ force platform. Scientifically probed!
Pierre Samozino (PhD, sport scientist, University of Savoy): “My Jump 2 makes possible the determination of the jump height with a high accuracy, which has been validated in very recent scientific study. The other, and I think the main added value of this app is to propose the determination of the Force-Velocity-Power profile of each athlete and its own imbalance between force and velocity qualities. Very useful to optimize your strength training and improve your explosive performances.”
Jean-Benoit Morin (PhD, sport scientist, University of Nice): “My Jump 2 is the cutting edge, scientifically validated and most practical application to measure athletes vertical jumping performance, and the only one to include the complete "Optimal Force-Velocity Profile" analysis we recently validated. I'm using it with athletes, students, and research subjects. The entire Jumping Force-Velocity-Power and Optimal F-V Profile approach in your pocket!”
My Jump 2 gives you advanced information of your रिलेबल स्ट्रेंथ jumps using the camera on your iPhone, iPod touch or iPad. Just record a jump, select accurately its take off and landing and lets My Jump do its magic. My Jump 2 calculates the height, flight time, velocity, force and power of your vertical jumps. Also, it gives you the contact time, vertical stiffness and reactive strength index (RSI) of your Drop Jumps. Moreover, it allows you to calculate your Force-Velocity profile using Samozino's method. Complete analysis of your jumps right on your hand!
• Accurate measurement of your vertical jumps. Scientifically demonstrated!
• Calculate the force-velocity profile using the groundbreaking Samozino’s method. You can know your maximal theoretical force, velocity, power and how far you are from your optimal capabilities! You can even get information about which quality (force or velocity) you should work to increase your explosive performance.
• Record stunnig slowmo videos up to 240fps or import as much as you like from your camera roll.
• Different jump types: countermovement jump (CMJ), squat jump (SJ), drop jump (DJ), CMJ free arms, horizontal jumps and repeated jump test!
• Annotate the external load used (CMJ & SJ) or the height of the box (DJ) to organize your best performances in different categories.
• Multi-user. My Jump 2 allows you to create as many users as you want. Monitor all your team on your iDevice!
• iCloud sync (iOS 13+)
• History. Record as many jumps as you want for each user created. With My Jump 2 you can analyze the evolution of your performance during time. You can even observe exactly how much you have improved!
• Export your data to Excel, Numbers, Google Drive and more!
• Beautiful, intuitive like design.
• Universal app: purchase once and install it on your iPhone, iPad and Mac (10.15+)
PREDICTION OF STRENGTH CHARACTERISTICS OF UDFRP COMPOSITES THROUGH MICROMECHANICAL MODELING
Date 9th Nov 2022
Venue Online Meeting Link: https://meet.google.com/mjb-ceiv-mae
Continuous fiber reinforced Polymer Matrix Composites are replacing traditional steel for different load bearing applications due to their high specific strength and stiffness. Micromechanical modeling through finite element analysis of representative volume element has been widely used by the researchers for prediction of elastic and strength properties of composites, and also for studying different damage mechanisms like matrix cracking, fiber breakage and interface failure. UDFRP composites also exhibit statistical variations in the material properties. It is essential to acknowledge these variations and use a statistics-based strength property for designing composite structures. There is a lack of literature on prediction of statistics of strength distribution through micromechanical modeling. In the present work, the effect of non-uniformity in inter-fiber distance on statistics of strength distribution of UDFRP composite is studied through computational micromechanics. Variation of mean value, standard deviation and B-basis of failure initiation strength with the amount of non-uniformity in fiber distribution is studied. It has been found that, in addition to mean value, non-uniformity in fiber distribution also has significant influence on standard deviation of strength distribution.
RVE size influences its representativeness. One of the approaches used for determine the size of रिलेबल स्ट्रेंथ RVE is to perform convergence studies on RVE size for various parameters like Young’s Modulus, mean von Mises stress, maximum von Mises stress etc. In literature, studies for RVE size has been done either for a periodic (square or hexagon) or random fiber distribution. However, literature does not exist on RVE sizing for a quantified non-uniformity in fiber distribution. A research to explore the relation between degree of irregularity in fiber distribution and corresponding RVE size रिलेबल स्ट्रेंथ is conducted in the present study. It is found that non-uniformity in fiber distribution significantly influences size of RVE and using an RVE without size रिलेबल स्ट्रेंथ convergence studies may lead to significant error. Stress distribution and failure initiation in constituents of UDFRP composites is usually studied through FE analysis of RVE which is computationally expensive and time consuming. The present study also proposes an analytical model through which stress variation and failure initiation in the constituents of UDFRP composite can be obtained in simple and reliable way. The results of analytical model are compared with FE simulations and good agreement is observed.
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