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Mapping UML /OCL models into JML specifications
Arbitrator's Jurisdiction to Resolve Disputes Relating to Allegation of Fraud
Mergers & Acquisitions, Bidders' Characteristics and Long-term Performance
2D game
Factors Influencing POLIMAS Students in Choosing Diploma Accounting Course as Their Major
Relationship Between Roadside Developements and Traffic Accidents
The Effect of Joint Roughness Coefficient on Shear Strength of Granite
Mail Notification System Using SMS
Effect of Hygrothermal Environment on Composite Bonded Joint
The objective of this project is to identify the effect of varying hygrothermal environment of composite bonds joint in real working area. Two numbers of physical tests were conducted on carbon and glass fiber prepregs which include resin content test and gel time test. The mechanical test is conducted also to the both materials which is tensile test. Both materials were placed in three different locations with hygrothermal control and without hygrothermal control. The physical properties for both materials in location with humidity and temperature control stay constant and steady after 36 hours. However, the third location without temperature and humidity control affects the material to be out of specification.