ANSYS 15.0 Advances Engineering SimulationPosted onDecember 3, 2013byWalid Abu-HadbaWhen I came from Microsoft to join ANSYS in April, I knew that ANSYS had been offering industry-leading engineering simulation software for more than four decades. But what I did not know was the amount of innovation and product technology that the company had lined up to deliver this year and over the next several years. As a result of the work Ive done with product development teams, I have grown even more passionate about ANSYS and what it has to offer the industry. I am, therefore, as proud as the rest of the team in announcing the release of our new product suite. ANSYS 15.0 builds upon the many years of leadership and includes dramatic upgrades in each of the key physics areas (electromagnetics, fluid dynamics, structures and embedded code). The combination of performance improvements, new solver capabilities, HPC scalability advances and pre-processing enhancements delivers insights into the most challenging product designs.ANSYS 15.0

Because manmade materials are everywhere, ANSYS 15.0 provides structural analysts with advanced new functionality for simulating composites. What I find very exciting is the innovation built in to ensure efficiency throughout the entire modeling process. For example, users can apply submodeling techniques in the pre-processing workflow to create high-fidelity local results while employing a coarser model globally to reduce overall computation time.In the area of fluid dynamics, our suite has always had the richest portfolio of physical modeling capabilities. ANSYS 15.0 enhances these by speeding up complex multiphase flow simulations. For example, immiscible fluids can be simulated up to 36% faster than before with the VOF approach. Our leadership in HPC and parallel scalability continues, and we have demonstrated industry-leading performance on more than 15,000 cores on a 150 M+ cell problem with combustion. The parallel scalability (~89% of ideal) is impressive, but what is really interesting is that this is achieved while using less than 10 k cells per core! There is much more in areas like adjoint technology and turbomachinery.Our leading approach to comprehensive simulation addresses applications that individual physics software cannot attempt. Today, engineers are left to make assumptions regarding how one physical calculation affects another or how boundary conditions should be applied to represent real-world observations. This leaves a high degree of uncertainty regarding accuracy of the final results. ANSYS has been delivering advancements for many years that enable true virtual prototyping through collaborative, full system and intuitive multiphysics solutions. The approach is essential to gain reliable design insights such as in electromagnetics, where ANSYS 15.0 offers the most comprehensive electric motor design process. This release provides the only complete solution for electrical machines systems, delivering functional design through high-fidelity analysis and enabling rapid design iterations to optimize overall performance.ANSYS 15.0 contains many more new capabilities, which are detailed atANSYS 15.0 Release Highlights. Theres also information there about webinars well be offering on how to leverage the new capabilities. Current customers can download the latest version on the ANSYS Customer Portal.So as you look at the challenges of designing and verifying the performance of todays complex, engineered products, I can think of no better suite than ANSYS 15.0 to help you realize your product promise.

ANSYS 15.0 cng c m phng k thut tin tinPosted onDecember 3, 2013byWalid Abu-HadbaKhi ti gia nhp vo i ng pht trin ca ANSYS vo thng 4, ti bit ANSYS c hn 4 thp k cung cp phn mm m phng k thut hng u trong cng nghip. Nhng iu m ti cha bit l k hoch cho s pht trin v nng cp sn phm c a ra cho nm nay v cho vi nm tip theo. Nh l mt thnh qu ca cng vic ti thc hin vi i pht trin sn phm ca ANSYS, ti thy mnh trng thnh hn v hn th na ti am m ANSYS v nhng g ANSYS cung cp cho cng nghip. V do , ti khng th t ho hn xin c cng b s ra mt sn phm mi ca chng ti ANSYS 15.0. ANSYS 15.0 c k tha t nhiu nm dn u trong m phng cc trng vt l v bao gm cc nng cp ng k trong cc lnh vc vt l ch cht (in t trng, ng lc hc cht lng, kt cu v m nhng). S kt hp ci tin gia b gii mi, hiu nng tnh ton, tnh ton hiu nng cao v tin x l cung cp ci nhn su sc cho nhng thch thc kh khn nht trong thit k sn phm.ANSYS 15.0Cc vt liu nhn to c mt khp mi ni, ANSYS 15.0 cung cp phn tch kt cu vi cc tnh nng mi tin tin m phng vt liu Composite. iu m ti cm thy v cng thch th l s ci tin c xy dng m bo hiu nng trong qu trnh m hnh ha. Mt v d in hnh l gim thi gian tnh ton vi m hnh ln ngi dng c th s dng k thut Submodeling ngay trong qu trnh tin x l .Trong lnh vc ng lc hc cht lng, chng ti lun lun u t nhiu cng sc cho kh nng m hnh ha m hnh vt l. ANSYS15.0 c ci tin bng vic nng cao tc m phng dng a pha phc tp. Mt v d l dng khng trn ln c th c m phng nhanh hn 36% so trc y khi s dng phng php VOF. Chng ti tip tc dn u trong m rng tnh ton hiu nng cao v tnh ton song song, v chng ti chng minh v th dn u trong hiu nng tnh ton bng vic s dng hn 15000 vi x l cho bi ton chy c hn 150 triu phn t. Kh nng tnh ton song song (trng hp l tng l gn 89%), nhng iu ng quan tm l tc ny t c khi ch s dng di 10000 phn t trn mt nhn tnh ton.

Cch tip cn hng u ca chng ti l ch trng vo cc ng dng a trng phc tp, iu m khng phn mm m phng n mi trng no c th thc hin c. Hin nay, cc k s phi gi thuyt s nh hng ca mi trng vt l ny n mi trng vt l khc hoc cc iu kin bin s c biu din nh th no ti hin c iu kin lm vic thc. Cc gi thuyt ny lm cho li gii c tnh bt nh cao v km chnh xc. ANSYS cung cp nhng gii php tin tin trong nhiu nm, iu ny cho php m t chnh xc mu o thng qua cc tng tc ,gii php trc quan cho a vt l v ton b h thng. Cch tip cn ton b h thng v a trng ny l cn thi hiu r hn v tin cy ca thit k chng hn nh ANSYS 15.0 cung cp qui trnh thit k ng c mt cch ton din. Phin bn ny cung cp cc gii php hon chnh cho my in, cung cp chc nng thit k thng qua phn tch c chnh xc cao v cho php lp li thit k nhanh chng ti u ha hiu sut.ANSYS 15.0 c nhiu tnh nng mi, chi tit v cc tnh nng ny cc bn c th theo di ti. Trn y l nhng thng tin v cc hi tho trc tuyn m chng ti s thc hin gii thiu nhng tnh nng mi ny. Cc khch hng hin ti ca ANSYS c th ti phin bn mi nht ca ANSYS ti trang ANSYS Customer Portal,Cui cng nu nh bn nhn thy nhng