مشاوره در زمینه انتخاب موضوع پایان نامه یکی از معضلات مهم دانشجویان بخصوص دانشجویان کارشناسی ارشد انتخاب موضوع پایان نامه می باشد. در این قسمت موضوعات روز جهان در زمینه ژئوتکنیک در اختیار شما دوستان عزیز قرار می گیرد تا دامنه انتخاب وسیعی در این رابطه داشته و همچنین با توجه به علاقه خود و با خیال راحت موضوع پایان نامه خود را انتخاب نمایید. 


1- Deep soil mixing and predictive neural network models for strength prediction
2- Numerical investigation of Geomechanical behaviour of hydrate-bearing sediments
3- Monotonic and cyclic uplift resistance of buried pipelines in cohesionless soils
4- Enhancing the carbonation of reactive magnesia cement-based porous blocks
5- The axial behaviour of piled foundations in liquefiable soil
6- Constitutive modelling of a heavily overconsolidated clay
7- Strength mobilisation for geotechnical Design & its application to bored piles
8- Submarine landslide flows simulation through centrifuge modelling
9- Floatation of underground structures in liquefiable soils
10- Characterisation and performance of innovative alumino-silicates for soil mix technology permeable reactive barriers
11- Microbial carbonate precipation in soils
12- The influence of bacteria on the mechanical properties of deep-ocean clay sediments
13- Long-term behaviour of twin tunnels in London clay
14- Process envelopes for and biodegradation within stabilised/solidified contaminated soils
15- Disturbance analysis of the self boring pressuremeter tests
16- Tunnelling in sands and the response of buildings
17- Piled foundations subjected to cyclic loads or earthquakes
18- Response of ground and buildings to deep excavations and tunnelling
19- Ground movements due to excavation in clay: physical and analytical models
20- Ground Improvement with Conventional and Novel Binders
21- Foundation optimisation and its application to pile reuse
22- Soil-Pipeline Interaction in Unsaturated Soils
23- In-Situ Photocatalytic Remediation of Organic Contaminants in Groundwater- Engineering- (Environmental Geotechnics)-
24- Long-Term Engineering Performance and In-Situ Assessment of Cement Bentonite Cut-Off Walls
25- Properties and applications of reactive magnesia cements in porous blocks
26- Rainfall trends in India and their impact on soil erosion and land management
27- Seismic Response of Tunnels
28- Tunnelling in sand and its effect on pipelines and piles
29- Mass Transfer in Non-Aqueous Phase Liquid Contaminated heterogeneous Porous Media
30- Compensation Grouting in Sand
31- Modelling of Hydraulic Fracturing in Cement Bentonite Geomaterials
32- Physical Modelling of Jet Grouting Process
33- Micromechanical Modelling of Soil Creep
34- Application of Two Novel Magnesia-Based Binders in Stabilisation/Solidification Treatment Systems
35- Distributed Optical Fibre Strain Sensing of Geotechnical Structures
36- An investigation into the strength and stiffness of jacked piles in sand
37- Effect of Building Stiffness on Excavation-Induced Displacements
38- Effects of Piles On Tunnels
39- In Situ Soil Testing for Foundation Performance Prediction
40- Impact of climate change on chemical and biological properties in contaminated soils
41- An investigation of crushing and compaction bands in granular material
42- Impact of Climate Change on Contaminated Land Containment Systems
43- In Situ Densification as a Liquefaction Resistance Measure for Bridge Foundations
44- Durability and Mechanical Properties of Deep-Mixed Clays
45- Stabilisation/Solidification and Pelletisation of Petroleum Drill Cuttings
46- Numerical Modelling of Soil-Pipeline Interaction
47- Piled foundations in liquefiable soils: accounting for axial loads
48- Liquefaction Remediation Techniques for Existing Buildings
49- Ground Improvement of Organic Soils Using Wet Deep Soil Mixing
50- Investigating the mechanical behaviour of two residual soils from Malaysia
51- Lubrication and soil conditioning in pipejacking and tunnelling
52- Horizontal arching of earth pressures on retaining structures
53- The response of full-scale piles and piled structures to tunnelling
54- Three-dimensional finite element analysis of short and long-term ground response to open face tunnelling in stiff clay-
55- The Effects of Tunnelling on Buried Pipes
56- Photocatalytic remediation of organics in groundwater
57- Behaviour of landfill systems under monotonic and earthquake loading
58- The Role of Accelerated Carbonation in the Ageing of Cement-Based Stabilised/Solidified Contaminated Materials
59- Numerical and physical models of rate effects in soil penetration
60- Remediation of DNAPL using Surfactant flushing-Mass flux approach
61- Predicting ground displacements in clay during construction
62- A Mass Flux and Partitioning Tracer Concept for DNAPL Source Zone Characterisation
63- Soil-Pipeline Interaction at the Seabed
64- Micromechanical investigation of soil plasticity
65- Soil conditioning for earth pressure balance machines
66- Installation effects of diaphragm walls on adjacent piled foundations
67- Source zone remediation by air sparging and soil vapour extraction
68- Accelerated ageing of cement stabilised/solidified contaminated soils with elevated temperatures
69- Behaviour of rigid foundation in layered soil during seismic liquefaction
70- Stability of marine pipelines on unstable and liquefied seabed
71- The influence of seasonal moisture cycles on clay slopes
72- Pile instability during earthquake liquefaction
73- Tunnelling-induced ground and building movement on the Jubilee Line Extension
74- Vertical drains as a countermeasure to earthquake-induced soil liquefaction
75- The effect of tunnelling on pile foundations
76- The aging and creep of dense granular materials
77- An investigation into the behaviour of pressed-in piles
78- Development of a novel self-boring permeability measrement technique
79- The significance of boundary conditions in dynamic centrifuge modelling
80- Effects of earthquake-induced liquefaction on pile foundations in sloping ground
81- Pre-failure deformation characteristics of soils: anisotropy and soil fabric
82- Centrifuge and numerical modelling of dense non-aqueous phase liquid contaminants migration
83- Development and Use of Photometric Sensors for Contaminent Transport Studies
84- Fundamental Study of Compensation Grouting
85- The influence of negative skin friction on piles and in pile groups
86- The Effects of Compensation Injections on Tunnels
87- Physical modelling of immiscible multiphase flow in porous media
88- Monotonic and cyclic soil responses to upheaval buckling in offshore buried pipelines
89- Computer simulations of crushable aggregates
90- Dielectric measurements over a wide frequency range in e-grade kaolin clay
91- A dynamic analysis of the stored angular momentum earthquake actuator used with the equivalent shear beam container
92- Seismic modelling of rock-fill embankments on deep loose saturated sand deposits
93- Physical modelling of construction processes in the Mini-Drum centrifuge
94- Excess pore pressures under cyclically loaded model jack-up foundations
95- Soil-structure interaction for full-height piled bridge abutments constructed on soft clay
96- Adaptive refinement of finite element meshes for geotechnical analysis
97- Electrokinetic soil remediation: effects of pH, temperature and chemical reactions
98- Compensation grouting in clay
99- Theoretical study of brain biomechanics via poroelastic theory and the finite element method
100- Modelling of geosynthetic reinforced soil walls
101- Clastic soil mechanics
102- Contaminant migration through consolidating soils
103- Modelling the variation of soil stiffness during sequential construction
104- An experimental study of hydrofracture in soils
105- Piled foundations adjacent to surcharge loads
106- Centrifuge and numerical modelling of pile and penetrometer in sand
107- Contaminant migration through intact and damaged clay liners
108- Modelling of transport processes in heterogeneous soils
109- Behaviour of reinforced embankments on soft clay
110-  Modelling transport processes in soil due to hydraulic, density and electrical gradients
111-  Drum centrifuge tests of three-leg jack-ups on sand
112-  Observation and analysis of slope stability with seepage in centrifuge model earthquakes
113-  Grouted ground anchors and the soil mechanics aspects of cement grouting
114-  The angles of friction of granular fills
115-  Thaw induced settlement of pipelines in centrifuge model tests
116-  Partial liquefaction of sand fill in a mobile arctic caisson under dynamic ice-loading
117-  Response of tower structures to earthquake perturbations
118-  Ground deformation mechanisms for soil-structure interactions
119-  Modelling the seismic response of piles and pile groups
120-  Centrifuge modelling of cone penetration testing in cohesionless soils
121-  Modelling the behaviour of quay walls during earthquakes
122-  Centrifuge and theoretical modelling of conical footings on sand
123-  Centrifuge model tension piles in clay
124-  Groundwater effects on in-situ walls in stiff clay
125-  Lateral loading on piles due to simulated embankment construction
126-  Accelerated physical modelling of transport processes in soil
127-  Scale effects in tests on footings
128-  Modelling of rupture development in soils
129-  A theoretical experimental investigation into the dynamic behaviour of soils
130-  An isotropic transformation soil constitutive model with induced anisotropy in axial deformation events
131-  Centrifugal modelling of surface footings subject to combined loading
132-  The dynamic embedment of a heat emitting projectile
133-  Permeability and stress-strain response of speswhite kaolin
134-  Modelling the response of sand to cyclic loads
135-  Ground deformation in the vicinity of a trench heading
136-  Seismic modelling of coastal dykes on layered sand foundations
137-  The behaviour of diaphragm walls in clays
138-  Creep and viscosity in two kaolin clays
139-  A theoretical study of pile driving
140-  Centrifuge modelling of earthquake effects on sand embankments
141-  Modelling the behaviour of retaining walls in earthquakes
142-  Effects of a heat source in saturated clay
143-  Clays in circular simple shear apparatus
144-  Stage constructed embankment on soft clays
145-  Ground movements associated with tunnels and trenches
146-  Modelling the effects of a strip load behind rigid retaining walls
147-  Model pile tests in clay
148-  Centrifugal modelling of the response of clay embankments to earthquakes
149-  Laterally loaded model piles in sand
150-  Stability of excavation in soft clay
151-  Finite element modelling of kinematic history for particular media
152-  Numerical analysis of incompressible and plastic solids using finite elements
153-  Centrifuge modelling of embankments on clay foundations
154-  In situ testing of clays using the Cambridge self boring pressuremeter
155-  A study of plasticity theories and their applicability to soils
156-  Model piles in stiff clay
157-  The gravity flow of bulk solids in bunkers
158-  A study of the pressuremeter test in dense sand
159-  Some effects of reinforcement on the mechanical behaviour of soils
160-  Deformations and pore pressure dissipation around tunnels in soft clay
161-  Centrifugal modelling of tunnel construction in soft clay
162-  The behaviour of model piles in dense sand
163-  Thin walled buried pipes
164-  Single shear deformations of sand
165-  Piled foundations supporting a model offshore structure
166-  The centrifugal modelling of dynamic behavior
167-  Centrifugal modelling of slope failures
168-  The stability of river banks and flood embankments
169-  Shear zones and progressive failure in overconsolidated clay
170-  Earth pressure around buried pipes
171-  A theoretical study of the performance of piles
172-  The behaviour of clay in plane strain
173-  Behaviour of lined and unlined tunnels in sand
174-  Experimental and computational investigation of model reinforced earth retaining alls
175-  Application of finite elements to plane strain deformation and consolidation of soils
176-  Field and theoretical studies of the behaviour of ground around deep excavations in London clay
177-  The behaviour of lined and unlined model tunnels in stiff clay
178-  In situ testing of soils with a self-boring pressuremeter
179-  Interaction of sand and L-shaped walls in centrifuge models
180-  Model ground anchors in clay
181-  Micro-fabric changes during the deformation of clays
182-  Stresses and strains induced in soft clay by a strip footing
183-  Some aspects of the mechanical behaviour of kaolin under truly triaxial conditions of stress and strain
184-  The behaviour of rigid and flexible retaining walls in sand
185-  Centrifugal testing of models of embankments on soft clay foundations
186-  Deformations around model tunnels in stiff clay
187-  Flow of sand in mass-flow bunkers
188-  The stress and strain behaviour of compacted clay in tension and compression
189-  The stress-strain properties of lightly overconsolidated clay
190-  Finite elements applied to problems of plane strain deformation of soils
191-  The stress-strain behaviour of clay at low stress levels and high overconsolidation ratio-
192-  Behaviour of kaolin in plane strain
193-  The behaviour of saturated kaolin in the simple shear apparatus
194-  A model earth pressure test rig for clay soils
195-  An instrument for the in situ measurement of the properties of soft clays
196-  Stress and strain in a sand mass adjacent to a model wall
197-  Some effects of time on stress strain relationships for clays
198-  The behaviour of sand at low stress levels in the simple shear apparatus
199-  Centrifugal testing of soil models
200-  The behaviour of soft clay in a new true triaxial apparatus
201-  Stresses and strains induced by a strip footing on sand
202-  A unified theory for the one-dimensional consolidation of saturated clays
203-  Electron-microscopy of clays
204-  Centrifugal testing of models made of soil
205-  Stresses and strain in an earth pressure problem
206-  Plane strain behaviour of soft clay
207-  Some factors influencing the stress strain behaviour of clay
208-  Stress and strain in sand caused by rotation of a model wall
209-  Some effects of history on the stress-strain behaviour of kaolin
210-  The behaviour of granular materials in the simple shear apparatus
211-  The deformation of clay as a time-dependent process
212-  Soil structure, mechanical properties and electron-microscopy
213-  Applications of the critical state theories
214-  Some deformation characteristics of kaolin
215-  A radiographic study of soils
216-  Soils in the simple shear apparatus
217-  Deformation of soft clay
218-  Stress/strain relationships for clay
219-  Deformation of soil specimens
220-  Stress and strain fields in sand
221-  Radiological examination of granular materials
222-  Some deformation characteristics of Cambridge gault clay
223-  Strains and lateral force in sand
224-  Some shear properties of kaolin and of sand
225-  The properties of soils and other granular media in simple shear
226-  The development of lateral force during the displacement of sand by the vertical face of a rotating model Foundation
227-  The behaviour of soils and other granular media when subjected to shear
228-  Soil mechanics & tillage


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