3 RESULTS AND DISCUSSION
Testing is done by creating a model of the test object 1:1. The specimen was tested with the machine
tool UTM Ibertest type Eurotest.
The model was made for testing the press. The experimental data of test force laboratory structure
and material civil engineering Institute of Technology Bandung (ITB) in the form of numeric
data/numbers and the image data in the form of recording the process and results of testing.
By using Microsoft Excel, the measurement results data are displayed in the form of numerical
data and graphics which are then interpreted as a description of the results of the measurement model
testing. Data measurement results in the form: maximum load, maximum power, and a shift/position
of a series of the truss. After the trial was carried out, the following data were obtained.
Figure 5. The results of testing the connection press: (1) compressive weight force (kgf) vs. time (s); (2)
displacement distance (mm) against time (s); (3) compressive weight force (kgf) against sliding (mm); and (4)
the compressive weight of the style/field press against the percentage of strong heavy press style %Lo.
Press testing on the test object by using a means of connecting bolts shows that the load maximum
pressure capable of being held by 750.2 kg, while the maximum power capable of being held by of
46.9 kg/cm 2 , the displacement distance due to the drag maximum is 55,745 mm.
Figure 6. The damage on the model test press with machine UTM. (Source Ahamd Nur Sheha Gunawan
2013)
From the test, it is known that the damage to bamboo is caused more by the force of the bamboo
against the hollow part of the bamboo as a place for connection pegs. The stiffness of the post
(related to the type of material) also plays a role in the breakage. Damage to bamboo with wooden
pegs is different from damage caused by the stiffness of metal pegs. The amount of tensile strength
43
Testing is done by creating a model of the test object 1:1. The specimen was tested with the machine
tool UTM Ibertest type Eurotest.
The model was made for testing the press. The experimental data of test force laboratory structure
and material civil engineering Institute of Technology Bandung (ITB) in the form of numeric
data/numbers and the image data in the form of recording the process and results of testing.
By using Microsoft Excel, the measurement results data are displayed in the form of numerical
data and graphics which are then interpreted as a description of the results of the measurement model
testing. Data measurement results in the form: maximum load, maximum power, and a shift/position
of a series of the truss. After the trial was carried out, the following data were obtained.
Figure 5. The results of testing the connection press: (1) compressive weight force (kgf) vs. time (s); (2)
displacement distance (mm) against time (s); (3) compressive weight force (kgf) against sliding (mm); and (4)
the compressive weight of the style/field press against the percentage of strong heavy press style %Lo.
Press testing on the test object by using a means of connecting bolts shows that the load maximum
pressure capable of being held by 750.2 kg, while the maximum power capable of being held by of
46.9 kg/cm 2 , the displacement distance due to the drag maximum is 55,745 mm.
Figure 6. The damage on the model test press with machine UTM. (Source Ahamd Nur Sheha Gunawan
2013)
From the test, it is known that the damage to bamboo is caused more by the force of the bamboo
against the hollow part of the bamboo as a place for connection pegs. The stiffness of the post
(related to the type of material) also plays a role in the breakage. Damage to bamboo with wooden
pegs is different from damage caused by the stiffness of metal pegs. The amount of tensile strength
43