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Curriculum of Mechanical Engineering, Summaries of Engineering

Eulogio "Amang" Rodriguez Institute of Science and TechnologyEngineering

Curriculum of Mechanical Engineering. Curriculum of Mechanical Engineering. Curriculum of Mechanical Engineering.

Typology: Summaries

2023/2024

Uploaded on 06/20/2024

archi-engine
archi-engine 🇵🇭

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Mass properties of Part1
Configuration: Default
Coordinate system: -- default --
Density = 0.01 grams per cubic millimeter
Mass = 1280.33 grams
Volume = 143857.58 cubic millimeters
Surface area = 26112.48 square millimeters
Center of mass: ( millimeters )
X = 26.81
Y = 25.80
Z = -56.06
Principal axes of inertia and principal moments of inertia: ( grams * square millimeters )
Taken at the center of mass.
Ix = (-0.13, -0.14, 0.98) Px = 554808.12
Iy = ( 0.10, -0.99, -0.12) Py = 914972.60
Iz = ( 0.99, 0.08, 0.15) Pz = 1085896.78
Moments of inertia: ( grams * square millimeters )
Taken at the center of mass and aligned with the output coordinate system.
Lxx = 1074799.41 Lxy = -7062.70 Lxz = -71542.29
Lyx = -7062.70 Lyy = 909409.35 Lyz = -50133.30
Lzx = -71542.29 Lzy = -50133.30 Lzz = 571468.73
Moments of inertia: ( grams * square millimeters )
Taken at the output coordinate system.
Ixx = 5951324.37 Ixy = 878682.98 Ixz = -1996225.44
Iyx = 878682.98 Iyy = 5854173.97 Iyz = -1902103.15
Izx = -1996225.44 Izy = -1902103.15 Izz = 2344273.95

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Mass properties of Part Configuration: Default Coordinate system: -- default -- Density = 0.01 grams per cubic millimeter Mass = 1280.33 grams Volume = 143857.58 cubic millimeters Surface area = 26112.48 square millimeters Center of mass: ( millimeters ) X = 26. Y = 25. Z = -56. Principal axes of inertia and principal moments of inertia: ( grams * square millimeters ) Taken at the center of mass. Ix = (-0.13, -0.14, 0.98) Px = 554808. Iy = ( 0.10, -0.99, -0.12) Py = 914972. Iz = ( 0.99, 0.08, 0.15) Pz = 1085896. Moments of inertia: ( grams * square millimeters ) Taken at the center of mass and aligned with the output coordinate system. Lxx = 1074799.41 Lxy = -7062.70 Lxz = -71542. Lyx = -7062.70 Lyy = 909409.35 Lyz = -50133. Lzx = -71542.29 Lzy = -50133.30 Lzz = 571468. Moments of inertia: ( grams * square millimeters ) Taken at the output coordinate system. Ixx = 5951324.37 Ixy = 878682.98 Ixz = -1996225. Iyx = 878682.98 Iyy = 5854173.97 Iyz = -1902103. Izx = -1996225.44 Izy = -1902103.15 Izz = 2344273.