2013 SIMULIA Regional User Meeting ӝ CFD(STAR-CCM+)೬ᡏीᆉЇᔏНࢷယТᔈΚ णຕ, ᖴণ◖, ߙ ᔏᐒఓ Їᔏी Їᔏኧॶϩಔ ᄔा ЇᔏНࢷЇᔏհسࠅύख़ाޑ႟ҹǴځीؼᜢډհسࠅჹЇᔏޑණ ਏǴΞӢޑځ០БԄаԔၸߕҹҜǴၮᙯਏჹЇᔏᒡрфޑ ԖำޑࡋቹៜǴԶ໔ௗቹៜݨǶ ҁЎջஒԖໆЇᔏНځࢷယТচी௦ҔߎԋБԄᇙǶᗨฅԖம ࡋၨଯޑᓬᗺǴՠځယТคࡕ(backward-swept)ғޜᇑЪਏό٫લᗺǴஒी ᡂ׳Ԗࡕϐယӕਔᡂ׳༟ጤǴफ़ե႟ҹख़ໆᆶԋҁаගϲНࢷਏᆶׯ๓ ݨǶ ϩЋݤճҔAbaqusᙁБޑߡsurfaceۓကфၸCFDфமεޑSTAR-CCM+Ӄ ीᆉрНࢬࢷϣޑᓸΚᜐǴฅࡕஒځᓸΚीᆉ༊рჹᔈډAbaqusޑᄬᆛǴа ीᆉယТڙޑΚݩރǴ٠ᆶޑ܄ՉКၨаຑ႟ҹϐऐΦ܄ǶǴԜᅿࢬᆶᄬ ጠӝޑϩёीᡂ׳ϐԵǶ ᜢᗖӷǺЇᔏНࢷǵယТǵᓸΚᜐǵጠӝ ABSTRACT Water pump was driven by crankshaft via belt is the important part in engine coolant system. Whose efficiency is significantly affected power output and fuel economy of engine .This paper is to show the coupling analysis by fluid dynamics (STAR_CCM+) and Stress analysis (Abaqus). Focusing on improve analysis on a production water pump impeller made by sheet metal which has a better strength, but may cause cavitation due to flat impeller and low efficiency design . Using the plastic material and a backward-swept type in the impeller design can improve efficiency and fuel economy. And also a light weight and low cost design can be attained. Initial calculation is using STAR-CCM+ to calculate the water pump flow field, and mapping the pressure boundary from velocity field to impeller as an initial stress condition in mapping surface in Abaqus. By doing the file-based coupling analysis, the stress condition from Abaqus can be useful information in pump design. Keywords: engine water pump, impeller, pressure boundary, coupling, STAR-CCM+, ǵᆣፕ ޑНࢷယТӭ௦ҔߎԋǴ ځᇙ πݤᙁໆǴՠલᗺယТރό ԋࡕԄǴ ࢬᡏӧယТ׀ᆄԋ ϩᚆࢬǴԋНࢷਏό٫ǶќѦӧယТ ࡕБԋեᓸǴёԖޜᇑޑຝғઇ ᚯНࢷҁᡏǶஒယТׯࡕ٠ᡂ׳፦ ༟ጤǴӕਔډගϲਏаϷफ़եख़ໆᆶ ԋҁޑਏǶ Ӣ༟ጤޑ፦மࡋၨեǴယТޑᔈ ΚԋԵໆޑख़ᗺϐǶ Βǵࢬीᆉ ӧीᆉယТᔈΚӃԖယТ߄य़ ڙΚޑᜐచҹǶҁЎ௦Ҕ STAR-CCM+ीᆉ НࢬޑࢷǴᜐచҹԵჴᡍ࠻ኧᏵǴ 1/3

H Ý CFD(STAR-CCM+) ì O - simutech.com.tµ合CFD(STAR-CCM... · 2013 SIMULIA Regional User Meeting H ÝCFD(STAR-CCM+) ì O @ · " ... STAR-CCM+ User’s Guide õ

Download PDF Report

Upload
dinhbao
View
215
Download
2

Embed Size (px)

Citation preview

2013 SIMULIA Regional User Meeting

CFD(STAR-CCM+)

, ,

(backward-swept)

Abaqus surface CFD STAR-CCM+

Abaqus

ABSTRACT Water pump was driven by crankshaft via belt is the important part in engine coolant system.

Whose efficiency is significantly affected power output and fuel economy of engine .This paper is to show the coupling analysis by fluid dynamics (STAR_CCM+) and Stress analysis (Abaqus). Focusing on improve analysis on a production water pump impeller made by sheet metal which has a better strength, but may cause cavitation due to flat impeller and low efficiency design .

Using the plastic material and a backward-swept type in the impeller design can improve efficiency and fuel economy. And also a light weight and low cost design can be attained.

Initial calculation is using STAR-CCM+ to calculate the water pump flow field, and mapping the pressure boundary from velocity field to impeller as an initial stress condition in mapping surface in Abaqus. By doing the file-based coupling analysis, the stress condition from Abaqus can be useful information in pump design. Keywords: engine water pump, impeller, pressure boundary, coupling, STAR-CCM+,

STAR-CCM+

1/3