Micro stress in adhesive bonds was analysed and optimised for 2 examples from electro optics, and micro optics. The investigative tools were various experiments on both, model joints and real joints, finite element modelling, and validation experiments. Micro stresses were found to influence both, manufacturing quality and ageing/reliability properties
Micro-Electro-Mechanical Systems (MEMS) inertial sensors are used to measure acceleration and rate o...
Micro-roughness at adhesion surface yields significant influences on the structural behaviour of adh...
OBJECTIVES: Describe stress distribution and compare stress concentration factor (K(t)) for homogene...
OBJECTIVES: Differences in mechanical properties between adherents and adhesive result in stress sin...
AbstractEpoxide adhesives form interphases in adhesive joints due to adhesive-surface interaction be...
Adhesives are widely used in optomechanical structures for bonding optical components to their mount...
WOSInternational audienceThe use of adhesively bonded joints is often limited by a lack of reliable ...
In automotive engineering, epoxy as well as polyurethane adhesive bonds have to be modeled in struct...
A device performance of MicroElectroMechanical System (MEMS) inertial sensors such as accelerometers...
Thesis (M.S.)--Wichita State University, Dept. of Aerospace Engineering."July 2006."Includes bibliog...
Pressure sensitive adhesives provide high toughness at low stress and stiffness. These properties ar...
This paper focuses on micro and nano bonding technology and bonding strength. The micro electro mech...
The design and sizing of adhesives used for bonding of two or more similar/dissimilar materials in a...
The design and sizing of adhesives used for bonding of two or mo re similar/dissimilar materials in ...
Today's piezo-based micromanipulator technology allows for highly precise manipulation of optical co...
Micro-Electro-Mechanical Systems (MEMS) inertial sensors are used to measure acceleration and rate o...
Micro-roughness at adhesion surface yields significant influences on the structural behaviour of adh...
OBJECTIVES: Describe stress distribution and compare stress concentration factor (K(t)) for homogene...
OBJECTIVES: Differences in mechanical properties between adherents and adhesive result in stress sin...
AbstractEpoxide adhesives form interphases in adhesive joints due to adhesive-surface interaction be...
Adhesives are widely used in optomechanical structures for bonding optical components to their mount...
WOSInternational audienceThe use of adhesively bonded joints is often limited by a lack of reliable ...
In automotive engineering, epoxy as well as polyurethane adhesive bonds have to be modeled in struct...
A device performance of MicroElectroMechanical System (MEMS) inertial sensors such as accelerometers...
Thesis (M.S.)--Wichita State University, Dept. of Aerospace Engineering."July 2006."Includes bibliog...
Pressure sensitive adhesives provide high toughness at low stress and stiffness. These properties ar...
This paper focuses on micro and nano bonding technology and bonding strength. The micro electro mech...
The design and sizing of adhesives used for bonding of two or more similar/dissimilar materials in a...
The design and sizing of adhesives used for bonding of two or mo re similar/dissimilar materials in ...
Today's piezo-based micromanipulator technology allows for highly precise manipulation of optical co...
Micro-Electro-Mechanical Systems (MEMS) inertial sensors are used to measure acceleration and rate o...
Micro-roughness at adhesion surface yields significant influences on the structural behaviour of adh...
OBJECTIVES: Describe stress distribution and compare stress concentration factor (K(t)) for homogene...