... function with other sectional heat supplies kept at zero temperature. The study introduces a technique using integral transforms for exact solutions in the Laplace transform domain for different kernel functions. Design/methodology/approach A novel mathematical model incorporating dual-phase-lags, two...

... graphically. Design/methodology/approach The theory of integral transformations has been used to study a new hygrothermal model that includes higher-order time derivatives with three-phase-lags and memory-dependent derivatives (MDD). This model considers the microscopic structure’s influence on a non...

..., moisture and thermal stress through the de-coupling technique and the method of integral transforms. Both coupled and uncoupled cases are considered. Design/methodology/approach This study investigates the hygrothermo-elastic response of a semi-infinite solid circular cylinder using an integral...

... for the temperature field that induces the propagation of thermal waves with infinite speed and, therefore, becomes unacceptable in the present form. Rectification to this issue is answered from the Maxwell–Cattaneo law defined as: Dual-phase-lag Fractional thermoelasticity Integral transforms Relaxation time...

.... Rajneesh Kumar can be contacted at: rajneesh_kuk@rediffmail.com © Emerald Group Publishing Limited 2016 Fractional order derivative Hall current Integral transforms Micropolar thermoelasticity Ramp-type heating Modern engineering structures are often made of materials possessing...

... is used to solve the problem. As an application of the approach concentrated/continuous mechanical or thermal source has been taken. The integral transforms have been inverted by using a numerical technique to obtain the components of normal strain, temperature distribution, normal force stress...