You searched for: saiz badan yang sesuai akan mengurangkan... (Malajiska - Engelska)

bahasa teks ini didalamnya, sebagai kod iso. pango boleh gunakan ini sebagai pembayang bila menerapkan teks. jika bukan setnya, lalai yang sesuai akan digunakan.
the language this text is in, as an iso code. pango can use this as a hint when rendering the text. if not set, an appropriate default will be used.

setelah berhubung dengan wakil pelanggan, peluang yang sesuai akan dikenal pasti untuk pengendali kren untuk melengkapkan pemeriksaan teori pilihan berbilang untuk mengenal pasti sejauh mana pengetahuan yang menyokongnya tentang operasi kren. markah lulus minimum ditetapkan pada 80%. berjaya menyelesaikan proses penilaian membolehkan pengendali untuk menjalankan semua lif tanpa pengawasan
following liaison with the client representative, a suitable opportunity will be identified for the crane operator to complete a multi choice theoretical examination to identify the extent of his underpinning knowledge of crane operations. the minimum pass mark is set at 80%. successful completion of the assessment process allows operators to carry out all lifts unsupervised

penyakit cakera degeneratif (ddd) adalah keadaan tulang belakang apabila cakera intervertebral yang boleh membantu melindungi saraf dan meningkatkan fleksibiliti tulang belakang mula runtuh. salah satu teknik rawatan ialah pembedahan posterior lumbar interbody fusion (plif). walau bagaimanapun, banyak implikasi klinikal yang tidak dapat diselesaikan seperti ubah bentuk sangkar, kegagalan sangkar mekanikal dan kesan perlindungan tekanan. projek ini bertujuan untuk membangunkan pelbagai corak pengisian reka bentuk sangkar antara badan yang sesuai dengan keserasian tulang
this project aim to develop various infill pattern of interbody cage design to suit bones’ compatibility’s order to reduce the consequences of plif technique by using finite element analysis (fea). material used was polylactic acid (pla) and solidworks software was used to design the interbody cages. the designed interbody cage was implanted between first lumbar (l1) and second lumbar (l2) vertebra which was extracted from ct scan images in 3d slicer software. the implanted model was analysed in ansys workbench software to determine the structural strength of the designed interbody. the implanted model analysed in terms of von mises stress and maximum principal stress values on the conditions of the motions such as flexion, extension, axial rotation, lateral bending and compression force. from the results, the interbody cage of honeycomb infill pattern is the most reliable biomechanical construct by showing the minimal value of von mises stress and maximum principal stress. in conclusion, the interbody cage with honeycomb infil pattern exhibited higher dimensional accuracy and higher compressive properties than rectilinear infill pattern structures.