14.1.- BIOMEKANIKA

Biomekanik mempelajari mekanisme pergerakan makhluk hidup, di antaranya gerakan tubuh manusia. Penelitian ini berkisar dari gerakan yang paling sederhana dalam kehidupan sehari-hari, seperti Kerja atau olah raga, hingga pergerakan beberapa organ dalam, seperti jantung. Untuk mempelajari kinetika tubuh manusia, biomekanik menerapkan prinsip mekanika dan pengetahuan tentang anatomi dan fisiologi, yang memungkinkan rancangan instrumen diagnostik dan perawatan baru serta pengembangan implan dan yang lebih baik prostesis desain.

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Saat ini, Biomekanik menganalisis gerakan kombinasi sendi dan otot. Analisis ini memungkinkan kita untuk mempelajari beban dan upaya yang dilakukan tubuh manusia. Pengetahuan tentang kinetika manusia memungkinkan perawatan cedera dan rehabilitasi selanjutnya, desain prostesis yang memungkinkan fleksibilitas gerakan, pencarian teknik olahraga baru untuk meningkatkan kinerja aktivitas fisik atau pencegahan kerusakan organisme saat melakukan aktivitas di tempat kerja dan di rumah. Pengetahuan ini dapat dibagi menjadi beberapa bidang Biomekanik: Biomekanik Medis, Biomekanik Olahraga dan Biomekanik Kerja. Aplikasi lain dari Biomekanik adalah desain aplikasi robotik. Gerakan yang dilakukan oleh lengan robot atau kapasitas perpindahan beberapa orang melalui sistem lokomotor elektro-mekanis didasarkan pada mekanisme makhluk hidup.

Studi berkelanjutan tentang perilaku mekanis organisme mengarahkan aplikasi biomekanik untuk mengembangkan prostesis bionik dan organisme buatan yang mensimulasikan fungsi normal organisme nyata dan dapat bereaksi terhadap rangsangan. Selain itu, peningkatan teknologi exoskeletons akan meningkatkan mobilitas orang-orang dengan mobilitas terbatas dan meningkatkan kapasitas fisik saat melakukan aktivitas yang berat.

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BIOMEKANIKA UNITS
Menampilkan 97 -109 dari 109 produk
BRINELL, VICKERS & ROCKWELL HARDNESS TESTING UNIT - EBVR
  • EBVR
Available
7.3.2.1.- UJI MEKANIK
EBVR
Unit Tes Brinell, Vickers dan Rockwell Hardness
The Brinell, Vickers and Rockwell Hardness Testing Unit, "EBVR", consists of a hardness testing machine that determines the three main types of hardness (Brinell, Vickers and Rockwell). It can be adapted to determine hardness of ferrous materials...
CREEP TESTING UNIT - EEFCR
  • EEFCR
Available
7.3.2.1.- UJI MEKANIK
EEFCR
Unit Tes Creep
The Creep Testing Unit, "EEFCR", for the creep testing is mounted on a structure of aluminum profiles which a painted steel panel is supported on.The "EEFCR" unit is designed to carry out experiments on specimens of plastic materials. Due to the...
COMPUTER CONTROLLED FATIGUE TESTING UNIT - EEFC
  • EEFC
Available
7.3.2.1.- UJI MEKANIK
EEFC
Unit Komputer Kontrol Tes Kelelahan
The Computer Controlled Fatigue Testing Unit, "EEFC", designed by EDIBON, allows to study the fatigue strength of the materials. For that purpose, fatigue tests are performed with different materials and notches.Optionally, with the additional...
FATIGUE TESTING UNIT - EEF
  • EEF
Available
7.3.2.1.- UJI MEKANIK
EEF
Unit Tes Kelelahan
The Fatigue Testing Unit, "EEF", designed by EDIBON, allows to study the fatigue strength of the materials. For that purpose, fatigue tests are performed with different materials and notches.Optionally, with the additional recommended element Set...
CHARPY AND IZOD IMPACT TESTING UNIT - EEICI
  • EEICI
Available
7.3.2.1.- UJI MEKANIK
EEICI
Unit Tes Impact "Charpy dan Izod"
The Charpy and Izod Impact Testing Unit, "EEICI", consists of a pendulum supported on bearings with an arm of 330 mm long and a fastening system in the initial position of the test. The suitable hammer either for Charpy or Izod test is screwed to...
EULER BUCKLING MODES UNIT - MEBM
  • MEBM
Available
7.3.2.1.- UJI MEKANIK
MEBM
Euler Buckling Modes Unit
With the Euler Buckling Modes Unit, "MEBM", the four Euler buckling cases are demonstrated, for which four elastic bars are fixed or supported in a frame and subjected to compression load with a system of weights.The elastic bars can be free or...
TORSION AND BEND UNIT - MTP
  • MTP
Available
7.3.2.1.- UJI MEKANIK
MTP
Unit Putar dan Tekuk
The Torsion and Bend Unit, "MTP", is a combined apparatus for the demonstration of both torsion and bend to be used in the laboratory or as a complement of the theoretical study about torsion and bend. Its size and weight facilitate its transport...
TORSION UNIT - MTB
  • MTB
Available
7.3.2.1.- UJI MEKANIK
MTB
Unit Torsi
The Torsion Unit, "MTB", allows to verify the basis of torsion and to perform practical exercises to demonstrate:Circular rods elastic torsion equation.The rigidity modulus of different materials.To perform the tests a metallic rod is fastened by...
TORSION TEST UNIT (30NM) - MTT
  • MTT
Available
7.3.2.1.- UJI MEKANIK
MTT
Torsion Test Unit (30Nm)
To perform the tests, the test specimen is clamped and twisted by means of a flywheel and a worm gear until it breaks. The force is gradually applied to the specimen to observe the elastic strain produced. The specimen will deform and manifest...
TENSILE TESTER UNIT - MTTU
  • MTTU
Available
7.3.2.1.- UJI MEKANIK
MTTU
Tensile Tester Unit
With the Tensile Tester Unit, "MTTU", tensile test can be performed. A specimen made of different materials is subjected to an increasing axial tensile stress till failure. This unit allows the user to perform tensile tests with different...
COMPUTER CONTROLLED NOISE CONTROL DEMONSTRATION UNIT - TDRC
  • TDRC
Available
7.3.2.2.- UJI TERMAL DAN AKUSTIK
TDRC
Computer Controlled Noise Control Demonstration Unit
The Computer Controlled Noise Control Demonstration Unit, "TDRC", has been specifically designed to obtain visual and quantitative results related to noise and vibration control.The main parts of the unit are two noise sources consisting of a...
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