Đang chuẩn bị nút TẢI XUỐNG, xin hãy chờ
Tải xuống
cơ bản, tất cả các vật lý, viết, hoàn thành nhiệt làm, i, 1, ftime tinc thời gian = thời gian + tinc! ! ! ! thời gian bước tự động điều khiển thời gian bước tiết kiệm tất cả các thông tin bước tải ghi tập tin vật lý nhiệt | Chapter 2 Sequentially Coupled Physics Analysis autos on deltim 1e-5 1e-6 delt on outres basic all physics write thermal finish auto time-stepping time step control save all load step information write thermal physics file do i 1 ftime tinc solution do loop time time tinc increment time physics read emag read solu emag physics file if i eq 1 then tunif 100 else ldread temp last rth endif solve finish physics read thermal assign esav therm esav assign emat therm emat solu initial temperature read thermal analysis temperatures solve harmonic analysis read thermal physics file redirect files for use in thermal restart if i gt 1 then antype trans rest endif time time esel s mat 2 ldread hgen 2 rmg esel all solve finish assign esav assign emat thermal restart time at end of thermal run select billet region apply coupled joule heating load from emag reassign files to default enddo finish end of solution looping save post26 show nsol 2 1 temp tempcl nsol 3 2 temp tempsurf plvar 2 3 prvar 2 3 finish save database time-history postprocessor store temperature at billet centerline store temperature at billet outer diameter plot temperature rise over time print temperature rise over time 2.8.2.10. Results Figure 2.18 Temperature Response of Solid Cylinder Billet shows the temperature results obtained in this analysis. 2-34 ANSYS Coupled-Field Analysis Guide. ANSYS Release 10.0.002184. 5A5 IP Inc. Section 2.8 Example Induction-heating Analysis Using Physics Environments Figure 2.18 Temperature Response of Solid Cylinder Billet ANSYS Coupled-Field Analysis Guide. ANSYS Release 10.0.002184. 5A5 IP Inc. 2 35 .
